MADE IN GERMANY Film Capacitors for Electronic Equipment

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1 MAE IN GERMANY Film Capacitors for Electronic Equipment Edition 016

2 Content SM Plastic Film Capacitors Size Codes 181 to 604 Subminiature Capacitors PCM. mm Film/Foil Capacitors PCM mm Film/Foil Capacitors PCM 7. to 1 mm Metallized Capacitors PCM mm Metallized Capacitors PCM 7. to. mm Pulse uty Capacitors PCM 7. to. mm Polypropylene RFI-Capacitors PCM 7. to 37. mm Metallized Paper RFI-Capacitors PCM 10 to 7. mm Polyester film, metallized WIMA SM-PET 17 Polyethylene-naphthalate film, metallized WIMA SM-PEN 0 Polyphenylene-sulphide film, metallized WIMA SM-PPS 3 Polypropylen film, film/foil WIMA FKP 0 7 Polyester film, metallized WIMA MKS 0 9 Polyester film, film/foil WIMA FKS 3 Polypropylene film, film/foil WIMA FKP 34 Polyester film, film/foil WIMA FKS 3 37 Polypropylene film, film/foil WIMA FKP 3 40 Polyester film, metallized WIMA MKS 44 Polypropylene film, metallized WIMA MKP 47 Polyester film, metallized WIMA MKS 4 0 Polypropylene film, metallized WIMA MKP 4C 6 Polypropylene film, metallized WIMA MKP 4 9 Polypropylene film, double-sided metallized electrode WIMA MKP Polypropylene film, metal foil/double-sided metallized film WIMA FKP 1 70 Polypropylene film, metallized Class X WIMA MKP-X 76 Polypropylene film, metallized Class X1 WIMA MKP-X1 R 80 Polypropylene film, metallized Class Y WIMA MKP-Y 84 Capacitor paper, metallized Class X WIMA MP 3-X 87 Capacitor paper, metallized Class X1 WIMA MP 3-X1 89 Capacitor paper, metallized Class Y WIMA MP 3-Y/3R-Y 91 Filter Capacitors Polypropylene film, metallized WIMA MKP 4F 94 Snubber Capacitors Polypropylene film, double-sided metallized electrode WIMA Snubber MKP 101 Polypropylene film, metal foil/metallized film WIMA Snubber FKP 10 GTO Capacitors Polypropylene film, double-sided metallized electrode WIMA GTO MKP 11 C-LINK Capacitors Polypropylene film, metallized WIMA C-LINK MKP Polypropylene film, metallized WIMA C-LINK MKP Polypropylene film, metallized WIMA C-LINK MKP 4S 1 Polypropylene film, metallized WIMA C-LINK MKP 19 Polypropylene film, metallized WIMA C-LINK MKP Polypropylene film, metallized WIMA C-LINK HC 137 Polypropylene film, metallized WIMA C-LINK HY 139 PowerBlock ouble-layer capacitor (SuperCap) modules WIMA PowerBlock 141 General Information Explanation of important terminology 3 Construction principles of WIMA film and paper capacitors 4 Typical characteristics and graphs of the plastic film dielectric used Technical data and advantages of WIMA capacitors 9 Selection of WIMA capacitors for pulse applications 11 Recommendation for processing and application of WIMA capacitors 13 WIMA quality and environmental philosophy 1 WIMA part number system 143 Types of packaging and packing units for WIMA capacitors 144 WIMA representations 149

3 General Information Explanation of Important Terminology Nominal Capacitance The nominal capacitance of a capacitor is usually given in pf, nf or mf. Operating/Rated Voltage Each capacitor is designed for a specified rated voltage in continuous operation. This is usually only valid for ambient temperatures of T T + 8) C. In the case of higher temperatures a derating factor must be applied to the rated voltage from 8) C. Insulation Resistance/Time Constant The insulation resistance is normally expressed in megohms (MV) and is measured at a specified voltage after 1 minute. The time constant defines the time in seconds, in which the voltage across the capacitor self-discharges to 37 % of the fully charged state and it is expressed as ã = R is x C. The insulation resistance or time constant value denotes the quality of the dielectric insulation. issipation Factor The dissipation factor tan d is the quotient of the resistive and reactive parts of the impedance. The dielectric losses are illustrated by R in the equivalent circuit diagram. The insulation resistance R is is in parallel with R, and affects the tan d only at very low frequencies. The dissipation factor is also affected by the resistance of both electrodes and of the termination electrode interface. This is represented by the series resistance r. L represents the remaining self-inductance. L r Ris R C Capacitance Tolerance The tolerance is the permissible actual capacitance relative to the nominal capacitance and it is defined in per cent. The tolerance is to be measured at + 0) C and the permissible tolerance is only valid at the time of shipment. The capacitance may change after long storage or long usage. The tolerance, with the exception of p 0 %, is usually marked on the capacitor body in clear digits. Temperature Coefficient of Capacitance The temperature coefficient expresses the change in capacitance with temperature, relative to the capacitance at the reference temperature of + 0) C; it is usually expressed in ppm per )C. C T = C 0 x 1 + a x (T 0+ C) C 0 = capacitance at +0+ C C T = capacitance at T a = may be positive or negative. Pulse Stressing The ratings on pulse rise time are based on tests in accordance with IN-IEC part 1. The test voltage corresponds to the rated voltage and the test comprises pulses with a repetition frequency of 1 Hz. The catalogue ratings are in accordance with the CECC spec ifications which specify that the test pulse rise time shall be 10 times the catalogue rating. It should also be noted that the pulse rise time (F) i.e. V/msec also provides the maximum current capability, as it can be determined from the following formula. I = F x C x 1.6 C in mf / I in amps. The information on the pulse rise time refers to pulses equal to the rated voltage so that, at lower operating voltages, the permissible pulse rise times may be in creased. Warning Notice/Technical Support AC voltage load at the mains Anticipating possible interfering pulses, C voltage capacitors must not be operated at the mains (power line), irrespective of the rated AC voltage. For this purpose, use approved electromagnetic interference suppression capacitors only. Thermal load in the application If a plastic film capacitor is overstressed due to inappropriate usage under AC voltage conditions, the temperature inside the component may rise to an imper missibly high level. Thus, the dielectric film may subsequently be damaged leading to a short circuit or formation of smoke and even fire in the capacitor. This may also happen if the capacitor is overheated by an external heat source. Shock and/or vibration load for larger case sizes For increased shock and vibration applications involving larger case sizes (i.e., PCM. mm pin spacing or greater), it is recommended to fix capacitors in an appropriate way; or special pin and plate terminations may be required respectively to minimize lead separation from the capac itor element or the solder joint. Processing When processing plastic film capacitors it is mandatory to observe the application recommendations with regard to soldering and/or cleaning and drying processes. General remarks All catalogue data, range surveys and application data correspond to the actual state of the art and were elaborated as thoroughly and precisely as possible. They are to be understood as general information, and the right for amendments and construction changes is reserved. Special customized designs which deviate from our catalogue data, irrespective of whether being based on factory standards, specifications or related data, do not release the user from his duty of care with regard to incoming goods inspection and production monitoring. In case of the components being purchased through second or third suppliers we urgently ask to compare the technical details with the data given by the manufacturer. In cases of doubt we recommend use is made of our technical support, since we do not take any responsibility for damages caused by inappropriate use or processing of our capacitors. 3

4 Construction Principles of WIMA Capacitors Film and Foil Construction Plastic film Metal foil electrode Terminating wire Metallized Construction Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Advantages of Film/Foil Construction: - High pulse and current rating - High insulation resistance - Close tolerances up to ± 1% isadvantages: short circuit at end of life Advantages of Metallized Construction: - High capacitances in small box sizes - Excellent self-healing ability - Very good price/performance ratio isadvantage: low pulse resistance WIMA Types: FKP 0 FKS FKP FKS 3 FKP 3 Film and Foil Construction with Internal Series Connection and Self-Healing, Metallized Plastic Film WIMA Types: SM-PET SM-PEN SM-PPS MKS 4 MKP 4C MKP 4 MP 3-Y C-LINK MKP 3 C-LINK MKP 4 C-LINK HC C-LINK HY Film and Foil Construction with Internal Series Connection and Self-Healing Plastic Film Metallized on Both Sides MKS 0 MKS MKP MKP-X MP 3-X3 MP 3-X1 C-LINK MKP 4S C-LINK MKP C-LINK MKP 6 Pulse uty Construction with Self- Healing Plastic Film Metallized on Both Sides Plastic film Metal foil electrode Vacuum-deposited electrode Metal contact layer (schoopage) Termination Plastic film Metal foil electrode Electrode carrier plastic film metallized on both sides Metal contact layer (schoopage) Terminating wire Plastic film Electrode carrier plastic film metallized on both sides Metal contact layer (schoopage) Termination WIMA Types: Snubber FKP Pulse uty Construction with Internal Series Connection and Self-Healing Plastic Film Metallized on Both Sides WIMA Types: FKP 1 Metallized Construction with Internal Series Connection WIMA Types: MKP 10* GTO MKP* *up to 0 VAC *up to 0 VAC Plastic film Electrode carrier plastic film metallized on both sides Plastic film metallized on one side Metal contact layer (schoopage) Termination ielectric Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire WIMA Types: MKP 10* Snubber MKP GTO MKP* *400 to *from 400 VAC 700 VAC WIMA Types: MKS 4* MKP 4* *400 VAC *400 VAC MKP-X1 R MKP-Y MKP 4F MP 3R-Y 4

5 Typical Characteristics and Graphs of the Polyester (PET) Film Polyester Film and Foil Types FKS FKS 3 Metallized Polyester Types SM-PET MKS 0 MKS MKS 4 Typical Applications Typical Graphs For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Film Properties ielectric constant at 1 khz and +3 C: 3.3 positive as temperature rise Specific volume resistance in cm at +3 C: ielectric strength (C voltage) in V/mm at +3 C: 80 Preferred temperature range in C: - to +100 ielectric absorption in % at + 3 C: 0.0 to 0. C/C (%) T( C) Capacitance change versus temperature (f =1 khz) (general guide) 0 tan (x 10-3) T( C) issipation factor change versus temperature (f =1 khz) (general guide) M x µf(s) T( C) Insulation resistance change versus temperature (general guide) C/C (%) f/hz Capacitance change versus frequency (general guide) issipation factor change versus frequency. Example: MKS 4, 0.1 mf/400 VC (general guide) ESR/Ohm f/hz ESR change versus frequency (general guide) The broken lines show the film and foil types. The full lines characterize the metallized versions.

6 Typical Characteristics and Graphs of the Polypropylene (PP) Film Polypropylene Film and Foil Types FKP 0 FKP FKP 3 FKP 1 Snubber FKP Metallized Polypropylene Types MKP MKP 4C MKP 4 MKP 10 MKP-X MKP-X1 R MKP-Y MKP 4F Snubber MKP GTO MKP C-LINK MKP 3 C-LINK MKP 4 C-LINK MKP 4S C-LINK MKP C-LINK MKP 6 C-LINK HC C-LINK HY Typical Applications For high frequency and high pulse applications e.g. Sample and hold Timing LC-Filtering Oscillating circuits Audio equipment High frequency coupling and decoupling TV and monitor sets Lighting Power electronics Film Properties ielectric constant at 1 khz and +3 C:. negative as temperature rise Specific volume resistance in cm at +3 C: 6 x ielectric strength (C voltage) in V/mm at +3 C: 60 Preferred temperature range in C: - to +100 ielectric absorption in % at + 3 C: 0.0 to 0.10 Typical Graphs C/C (%) T( C) Capacitance change versus temperature (f =1 khz) (general guide) 10 tan (x 10-4) T( C) issipation factor change versus temperature (f =1 khz) (general guide) M x µf(s) issipation factor change versus frequency. Example: MKP 10, 0.01 mf/400 VC (general guide) ESR/Ohm f/hz ESR change versus frequency (general guide) The broken lines show the film and foil types. The full lines characterize the metallized versions T( C) Insulation resistance change versus temperature (general guide) 6

7 Typical Characteristics and Graphs of the Polyethylene-Naphthalate (PEN) Film Metallized Polyethylene-Naphthalate Type SM-PEN Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Typical Graphs C/C (%) Film Properties ielectric constant at 1 khz and +3 C: 3.0 positive as temperature rise Specific volume resistance in cm at +3 C: ielectric strength (C voltage) in V/mm at +3 C: 80 Preferred temperature range in C: - to +1 ielectric absorption in % at + 3 C: T( C) Capacitance change versus temperature (f =1 khz) (general guide) 10 tan (x 10-3) T( C) issipation factor change versus temperature (f =1 khz) (general guide) issipation factor change versus frequency. Example: SM-PEN, 0.1 mf/0 VC (general guide) ESR/Ohm f/hz ESR change versus frequency (general guide) M x µf(s) T( C) Insulation resistance change versus temperature (general guide) 7

8 Typical Characteristics and Graphs of the Polyphenylene-Sulphide (PPS) Film Metallized Polyphenylene-Sulphide Type SM-PPS Typical Applications For general applications in high frequency and high temperature circuits e.g. By-pass Blocking Coupling and decoupling Timing Filtering Oscillating circuits TV and monitor sets Lighting Automotive electronics Film Properties ielectric constant at 1 khz and +3 C: 3.0 very constant versus temperature Specific volume resistance in cm at +3 C: x ielectric strength (C voltage) in V/mm at +3 C: 470 Preferred temperature range in C: - to +140 ielectric absorption in % at + 3 C: 0.0 to 0.10 Typical Graphs C/C (%) T( C) Capacitance change versus temperature (f =1 khz) (general guide) 0 tan (x 10-3) T( C) issipation factor change versus temperature (f =1 khz) (general guide) M x µf(s) issipation factor change versus frequency. Example: SM-PPS, 0.1 mf/63 VC (general guide) ESR/Ohm ,01 1 0, f/hz ESR change versus frequency (general guide) T( C) Insulation resistance change versus temperature (general guide) 8

9 Characteristics of Metallized Film Capacitors in Comparison with Other ielectrics ielectric constant 1 khz/3 C PET PP PEN PPS NPO X7R Tantalum 3.3 positve as. negative as 3.0 positve as 3.0 very constant temperature rise temperature rise temperature rise versus temperature Operating temp. ( C) ielectric absorption (%) n. a. C/C versus temperature (%) ± ±. ± ± 1. ± 0.3 ± 1 ± 10 C/C versus voltage (%) negiigible negiigible negiigible negiigible negiigible -0 negiigible C aging rate (%/h decreasing) negiigible negiigible negiigible negiigible negiigible n. a. issipation factor (%) 1 khz 10 khz 100 khz ESR low very low low very low low moderate high Ris (M x mf) C 8 C Capacitance range from pf to mf Capacitance tolerance (± %) /10/0 1/.//10/0 /10/0.//10/0 /10 10/0 10/0 Self-healing yes yes yes yes no no no Typical failure mode at end of life open open open open short short short Reliability high high high high high moderate low Piezoelectric effect no no no no no yes yes Resistance to thermal and mechanical shock high high high high moderate to low moderate to low Polarity no no no no no no yes high C/C in % X7R Ta-Elko PET PEN PPS Capacitance change versus temperature (f =1 khz) (general guide)) M x µf (s) Ta-Elko X7R PET PEN PPS Insulation resistance change versus temperature (general guide) T( C) T( C) tan d (x10-3) Ta-Elko 0 PET PEN X7R 10 PPS T( C) issipation factor change versus temperature (f =1 khz) (general guide) C/C in% PET PEN PPS X7R ZU U(V) Capacitance change versus voltage (general guide) 9

10 Technical ata and Advantages of the Film Capacitors Reliability The failure rate in fit (10-9 /h) for plastic film capacitors is shown in the formula: l = l 0 x p T x p V l 0 = expected value p T = temperature factor p V = voltage factor The expected value has been determined for each component on the basis of life tests. If such a test is carried out at e.g. T=8 C, this corresponds to an operating time of approx h in an equipment with 40 C ambient temperature. Nowadays the best values are achieved by our metallized Polyester film capacitors with an expected value of fit and a failure rate of l=10 fit. Self-Healing The self-healing process in metallized plastic film capacitors is started by an electric breakdown, which takes about 10-8 sec. Temperatures of approximately 6000 K occur and evaporate the metallization around the failure spot. Insulated areas are formed and the capacitor continues to function properly. + c d b _ c d + b=breakdown channel c=current flow d=de-metallized area Inductance and Self-Resonance epending on the construction, an alternating current in the capacitor winding creates a more or less distinctive magnetic field which can be measured as inductance L. Nowadays, modern plastic film capacitors are contacted over the whole end surface of the winding element. In this way the self-inductance of the winding element is short-circuited and is reduced to the PCM (0.8 nh/mm) and the remaining length of the terminating wires (in case of SM capacitors the distance between the soldering plates). L and C form a series oscillating circuit; at a frequency of f 0 = 1 p x öää L x C the capacitor is in self-resonance and has the lowest impedance, which only consists of r (ESR). issipation Factor and ESR The dissipation factor tan d is the quotient of the active and reactive components of the impedance. The losses occur mainly in the dielectric and are represented by R in the equivalent circuit diagram. Parallel to R is the insulation resistance Ris, which, in fact, only affects tan d at very low frequencies. Further dissipation is caused by the finite conductivity of the electrodes and the transfer resistance between the electrodes and the terminating wires. This is represented in the equivalent circuit diagram by the series resistance r. L represents the remaining self-inductance. L r Ris The dissipation factor is, for example, of importance for AC capacitors, which are subjected to strong currents: too high a tan d can lead to excessive heating brought about by the incoming active power and thus to a shorter life time of the capacitor. R C Values of ESR are not directly stated in the data sheets of plastic film capacitors. The ESR for an individual capacitance value C can be calculated by the formula: ESR = tan d x ( x p x f x C ) 1 tan d: see data sheet of the respective WIMA type f: frequency of the AC voltage share in the application. ESR values for certain capacitances see characteristics of film dielectrics page. Box Encapsulation All WIMA series are produced with the proven box technology, showing the following advantages in comparison with non-encapsulated or dipped versions Safe protection of the capacitor element against mechanical stresses during processing and operation No danger of internal cracks, delamination or tearing away of the contacts due to construction elasticity Excellent self-healing properties of metallized capacitors due to pressure free layers in the winding element Solvent-resistant and flame-retardant plastic case in accordance with UL 94 V-0 Clearly defined dimensions allows for close placement and exact setting of parts on PC-boards. Even larger parts are easily robotically insertable. 10

11 Stress Computation for WIMA Capacitors The maximum permissible AC voltage that can be applied to capac itors in sinusoidal waveform applications, can be determined from the graphs in this catalogue. However, where pulse conditions exist, the following procedure is to be observed to ensure that the correct capacitor rating is selected for a particular duty: 1. Rated Voltage (U r ): The rated voltage of a capacitor against a zero potential reference point shall take into consideration that the dielectric strength of the capacitor film diminishes with rising frequency. The calculation of the required rated voltage of a capacitor must therefore allow for the correction factor k; where k = dielectric strength of the film at the frequency f in % is shown in graph 1. The calculation of the required dielectric strength is shown in the following example (U min, U max have the same polarity). Furthermore the rms voltage derived from the peak to peak voltage shall not be greater than the nominal AC voltage rating of the capacitor to avoid the ionization inception level: U rms T UAC rated.. Maximum current: The voltage gradient or rise time of the pulse is taken as the reference point when calculating the maximum current rating of the end contacts. The maximum permissible current load on the end contacts is calculated by means of the voltage rise of the pulses (pulse rise time F). I max = F x C x 1.6 The data of the rated pulse rise time F r for pulses equal to the rated voltage figure in the technical data of the different types. With low voltage rise in operation (U PP ) the permissible current load is calculated as follows: F max = U r x F r U PP for example U r = 63 V, U PP = 1 V, F r = 0 V/msec. 63 hence F max = 1 x 0 = 6. V/msec. When using maximum current ratings, self-heating must be taken into account at higher frequencies, and must not exceed 10 K. 3. issipation (heat losses): The heat dissipated by a capacitor when stressed by non-sinusoidal voltages or when under pulse conditions can be approximately determined from the following formula: P d P d U rms v tan d = U rms x vc x tan d where = dissipation in Watts (see table 1 for the max. W per K). = root mean square value of the AC voltage share. = à x f, where f is the repetition frequency of the pulse waveform (C = capacitance in Farad) = dissipation factor corresponding to the frequency of the steepest part of the pulse. 1 pulse frequency = pulse width The temperature rise is as follows: Temperature rise in K = calculated dissipation (see table 1) specific dissipation In applications where reliability is critical, it is recommended to measure the surface temperature of the capacitor and to take into account that the temperature within the capacitor will be approximately K above the case temperature. 4. etermining the permissible AC voltage and AC current at given frequencies: To determine the permissible AC voltage (sinusoidal) for applications in a higher frequency spectrum, graphs showing AC voltage derating with frequency are available for the respective WIMA series. The diagrams refer to a permissible selfheating of: u T 10 K For the WIMA MKP 10 / 0.01 mf / 630 VC / 400 VAC, for example, this shows when f = 0 khz a permissible AC voltage of U rms = 80 V (graph ) The AC voltage given in the diagrams can also be used to determine the maximum effective current. Xc = 1 1 = v x C à x 0 khz x 0.01 mf Xc = 318 V Ic = Uc = 80 V Xc 318 V Ic = 0.88 A The calculated maximum value of the effective current I P = Ic x = 0.88 A x I P = 1.4 A must not exceed the maximum current rating specified in the maximum pulse rise time calculation (cf. Fmax on left). In this case, the operating AC voltage is to be reduced accordingly. 100 % 7 % 0 % % f Hz Graph 1: ielectric strength of Polypropylene film as a factor of frequency (general guide). Urms V VC 3.3 µf 1.0 µf µf 0. µf. µf 0.01 µf 00 pf 0.47 µf 1000 pf 4700 pf 0.0 µf 0.1 µf f 106 Hz Graph : Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Printed circuit module Specific dissipation in Watts per K PCM (in mm) above the ambient temperature Table 1: The data is for ordinary assembly and ventilation conditions avoiding radiant heat within the chassis of the equipment 11

12 The Selection of Capacitors for Pulse Applications 0 Example 1 µs ~(3 khz) -1 4µs Capacitor: WIMA FKP 1/0.1 µf Upp = 30 V U C =140 V etermination of nominal voltage Calculation is based on an operating temperature < +60) C unless other data is given by the user. U r U 30 V U rms 8 V (referring to AC voltage share) Selected nominal voltage: 400 VC/0 VAC pin spacing 7. mm Permissible voltage gradient The voltage rise time is: 30 V w 87. V/msec 4 msec. Value from table pulse rise time WIMA FKP 1, page 70: 7000 V/msec. The calculated voltage gradient is lower than the permissible value shown in the catalogue for this capacitor. issipation Given: U rms = 8 V f = 3 khz C = 0.1 mf The frequency determined from the steepest part of the pulse is: Pulse width = 1 msec. = 1 cycle Hence pulse frequency = 1 w 66 khz 1 x 10-6 The tan d of WIMA FKP 1 at 66 khz w 10 x 10-4 (graph 4). P d = 8 x à x 3 x 10 3 x 0.1 x 10-6 x 10 x 10-4 w 0.14 Watts The selected capacitor has a pin spacing of 7. mm (table 1, page 11 specific dissipation = 0.0 Watts/K) and the temperature rise due to self-heating is: 0.14 Watts Temperature rise = w + 6 K 0.0 Watts/K The temperature rise plus the max. ambient temperature T max. permissible operating temperature (taking into account the voltage derating factor as detailed in the Technical ata). If the permissible temperature is exceeded, please select a capacitor with a higher voltage rating. Optionally a recommendation can be offered by our engineers upon receipt of voltage and current oscillogrammes. Questionnaire available on demand. WIMA FKP 1 Pulse Capacitors for Very High Current Ratings The WIMA FKP1 series was developed for extremely high pulse loads. It has an internal series connection, the metal foil electrodes being combined with a floating electrode metallized on both sides. The metal foil electrodes are safely contacted on both sides of the end surfaces and allow for high current and pulse loading capabilities. At the same time the capacitor is fully self-healing due to the floating electrode metallized on both sides. As regards pulse loading capability, WIMA FKP 1 represent the high-end of capacitor technology. More information see page 70. C/C (%) T( C) Capacitance change versus temperature (f =1 khz) (general guide). tan (x 10-4) T( C) issipation factor change versus temperature (f =1 khz) (general guide). M x µf(s) T( C) Insulation resistance change versus temperature (general guide). tan (x 10-4) f/hz 106 issipation factor change versus frequency (general guide). 1

13 Recommendation for Processing and Application of SM Capacitors Layout Form The components can generally be positioned on the carrier material as desired. In order to prevent soldering shadows or ensure regular temperature distribution, extreme concentration of the components should be avoided. In practice, it has proven best to keep a minimum distance of the soldering surfaces between two WIMA SMs of twice the height of the components. Soldering Process Re-flow soldering Solder Pad Recommendation d H W b a L c d Bonding slit Size L W d a b c code ± 0.3 ± 0.3 min. min. max The solder pad size recommendations given for each individual series are to be understood as minimum dimensions which can at any time be adjusted to the layout form. Processing The processing of SM components assembling soldering electrical final inspection/calibrating must be regarded as a complete process. The soldering of the printed circuit board, for example, can constitute considerable stress on all the electronic components. The manufacturer s instructions on the processing of the components are mandatory. Temperature/time graph for the permissible processing temperature of the WIMA SM film capacitor for typical convection soldering processes. ue to versatile procedures exact processing parameters for re-flow soldering processes cannot be specified. The graph depicted is to be understood as a recommendation to help establishing a suitable soldering profile fulfilling the requirements SM Handsoldering WIMA SM capacitors with plastic film dielectric are generally suitable for hand-soldering, e. g. for lab purposes, with a soldering iron where, however, similar to automated soldering processes, a certain duration and temperature should not be exceeded. These parameters are dependent on the physical size of the components and the relevant heat absorption involved. in practice at the user. uring processing a max. temperature of T=10 C inside the component should not be exceeded. ue to the differing heat absorption the length of the soldering process should be kept as short as possible for smaller size codes. The below data are to be regarded as guideline values and should serve to avoid damage to the dielectric caused by excessive heat during the soldering process. The soldering quality depends on the tool used and on the skill and experience of the person with the soldering iron in hand. Size code Temperature C / F Time duration / 48 sec plate 1 / sec off / sec plate 0 0 / 48 3 sec plate 1 / sec off / 3 sec plate / 00 3 sec plate 1 / sec off / 3 sec plate / 00 sec plate 1 / sec off / sec plate / 00 sec plate 1 / sec off / sec plate / 00 sec plate 1 / sec off / sec plate 13

14 Recommendation for Processing and Application of SM Capacitors () Solder Paste To achieve reliable soldering results one of the following solder alloys have from case to case proven being workable: Lead free solder paste Sn - Bi Sn - Zn (Bi) Sn - Ag - Cu (suitable for SM-PET 040/ 604, SM-PEN and SM-PPS) Solder paste with lead Sn - Pb - Ag (Sn60-Pb40-A, Sn63-Pb37-A) Washing WIMA SM components with plastic encapsulation - like all other components of similar construction irrespective of the make - cannot be regarded as hermetically sealed. ue to today s common washing substances, e. g. on aqueous basis instead of the formerly used halogenated hydrocarbons, with enhanced washing efficiency it became obvious that assembled SM capacitors may show an impermissibly high deviation of the electrical parameters after a corresponding washing process. Hence it is recommended to refrain from applying industrial washing processes for WIMA SM capacitors in order to avoid possible damages. Initial Operation/Calibration ue to the stress which the components are subjected to during processing, reversible parameter changes occur in almost all electronic components. The capacitance recovery accuracy to be expected with careful processing is within a scope of C/C T %. For the initial operation of the device a minimum storage time of t U 4 hours is to be taken into account. With calibrated devices or when the application is largely dependent on capacitance it is advisable to prolong the storage time to t U 10 days In this way ageing effects of the capacitor structure can be anticipated. Parameter changes due to processing are not to be expected after this period of time Humidity Protection Bags Taped WIMA SM capacitors are shipped in humidity protection bags according to JEEC standard (ES/EMI-shield/watervapour proof). Under controlled conditions the components can be stored two years and more in the originally sealed bag. Opened packing units should immediately be used up for processing. If storage is necessary the opened packing units should be stored air-tight in the original plastic bag. Reliability Taking account of the manufacturer s guidelines and compatible processing, the WIMA SM stand out for the same high quality and reliability as the analogous through-hole WIMA series. The technology of metallized film capacitors used e.g. in WIMA SM-PET achieves the best values for all fields of application. The expected value is about: Û 0 T fit Furthermore the production of all WIMA components is subject to the regulations laid down by ISO 9001:008 as well as the guidelines for component specifications set out by IEC quality assessment system (IECQ) for electronic components. Electrical Characteristics and Fields of Application Basically the WIMA SM series have the same electrical characteristics as the analogous through-hole WIMA capacitors. Compared to ceramic or tantalum dielectrics WIMA SM capacitors have a number of other outstanding qualities: favourable pulse rise time low ESR low dielectric absorption available in high voltage series large capacitance spectrum stand up to high mechanical stress good long-term stability As regards technical performance as well as quality and reliability, the WIMA SM series offer the possibility to cover nearly all applications of conventionally through-hole film capacitors with SM components. Furthermore, the WIMA SM series can now be used for all the demanding capacitor applications for which, in the past, the use of through-hole components was mandatory: measuring techniques oscillator circuits differentiating and integrating circuits A/ or /A transformers sample and hold circuits automotive electronics With the WIMA SM programme available today, the major part of all plastic film capacitors can be replaced by WIMA SM components. The field of application ranges from standard coupling capacitors to use in switch-mode power supplies as filter or charging capacitors with high voltage and capacitance values, as well as in telecommunications e.g. the well-known telephone capacitor 1mF/0VC. 14

15 Recommendation for Processing and Application of Through-Hole Capacitors Soldering Process Internal temperature of the capacitor must be kept as follows: Polyester: preheating: T max. T 1 C soldering: T max. T 13 C Polypropylene: preheating: T max. T 100 C soldering: T max. T 110 C Single wave soldering Soldering bath temperature: T P 60 C well time: t P sec ouble wave soldering Soldering bath temperature: T P 60 C well time: St P sec ue to different soldering processes and heat requirements the graphs are to be regarded as a recommendation only. WIMA Quality and Environmental Philosophy ISO 9001:008 Certification ISO 9001:008 is an international basic standard of quality assurance systems for all branches of industry. The approval according to ISO 9001:008 of our factories by the infaz (Institut für Auditierung und Zertifizierung) certifies that organisation, equipment and monitoring of quality assurance in our factories correspond to internationally recognized standards. WIMA WPCS The WIMA Process Control System (WPCS) is a quality surveillance and optimization system developed by WIMA. WPCS is a major part of the quality-oriented WIMA production. Points of application during production process: incoming material inspection metallization film inspection schoopage pre-healing pin attachment cast resin preparation/ encapsulation 100% final inspection Testing as per customer requirements WIMA Environmental Policy All WIMA capacitors, irrespective of whether through-hole devices or SM, are made of environmentally friendly materials. Neither during manufacture nor in the product itself any toxic substances are used, e.g. Lead PBB/PBE PCB Arsenic CFC Cadmium Hydrocarbon chloride Mercury Chromium 6+ etc. We merely use pure, recyclable materials for packing our components, such as: carton cardboard adhesive tape made of paper polystyrene We almost completely refrain from using packing materials such as: foamed polystyrene (Styropor ) adhesive tapes made of plastic metal clips RoHS Compliance According to the RoHS irective 011/6/EU certain hazardous substances like e.g. lead, cadmium, mercury must not be used any longer in electronic equipment as of July 1st, 006. For the sake of the environment WIMA has refraind from using such substances since years already. WIMA Kondensatoren sind bleifrei konform RoHS 011/6/EU WIMA capacitors are lead free in accordance with RoHS 011/6/EU Tape for lead-free WIMA capacitors IN EN ISO 14001:004 WIMA s environmental management has been established in accordance with the guidelines of IN EN ISO 14001:004 to optimize the production processes with regard to energy and resources. 1

16 WIMA SM Capacitors in Accordance with RoHS 011/6/EU The WIMA SM-PEN is applicable for operating temperatures up to +1) C and thus suitable for lead-free solder processes in accordance with RoHS. The WIMA SM-PPS has an operating temperature range up to +140) C and stands out for its stable capacitance and frequency behaviour versus temperature. Capacitors of this range are environmentally compatible with the RoHS 011/6/EU guidelines. All WIMA SM series are produced with the proven box technology, showing the following advantages in comparison with non-encapsulated or moulded SM capacitor versions: WIMA SM-PET WIMA SM-PEN WIMA SM-PPS WIMA SM capacitors in size codes 181, 0, 84, 4030, 040 and 604, capacitance values from 0.01 mf through 6.8 mf and voltage ranges of 63 VC, 100 VC, 0 VC, 400 VC, 630 VC and 1000 VC cover nearly the entire application range of conventional through-hole plastic film capacitors. y Safe protection of the capacitor element against mechanical and thermal stresses during processing and operation. When using more temperature resistant dielectrics like PEN or PPS an even larger safety margin than with non- encapsulated parts is obtained. y No danger of internal cracks or tearing away of the contacts due to construction elasticity. y No danger of delamination due to solder plates covering the capacitor s entire end surfaces. y Solvent-resistant, flame-retardant plastic case in accordance with UL 94 V-0. These features and the wide capacitance range enable WIMA SMs to substitute other capacitor technologies and become standard components in electronic developments. The WIMA SM-PET is designed for general C-applications e.g. coupling and decoupling, blocking, by-passing or timing and corresponds to the RoHS 011/6/EU guidelines (Restriction of Hazardous Substances) of the EU. 16

17 WIMA SM-PET Metallized Polyester (PET) SM Film Capacitors with Box Encapsulation. Capacitances from 0.01 mf to 6.8 mf. Rated Voltages from 63 VC to 1000 VC. Size Codes from 181 to 604. Special Features Size codes 181, 0, 84, 4030, 040 and 604 with PET and encapsulated Operating temperature up to 100 C Self-healing According to RoHS 011/6/EU Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating plate Encapsulation: Solvent-resistant, flame-retardant plastic case, UL 94 V-0 Terminations: Tinned plates. Marking: Box colour: Black. Electrical ata Capacitance range: 0.01 mf to 6.8 mf Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC Capacitance tolerances: ±0%, ±10% (±% available subject to special enquiry) Operating temperature range: + C to C (+1 C available subject to special enquiry) Climatic test category: /100/1 according to IEC for size codes 181 to 84 /100/6 according to IEC for size codes 4030 to 604 Insulation resistance at +0+ C: U r U test C 0.33 mf 0.33 mf < C T 6.8 mf 63 VC 0 V 3.7 x 10 3 M 10 sec (M x mf) 100 VC 100 V (mean value: 1 x 10 4 M ) (mean value: 3000 sec) U 0 VC 100 V 1 x 10 4 M 3000 sec (M x mf) (mean value: x 10 4 M ) (mean value: sec) Measuring time: 1 min. issipation factors at +0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 8 x x x khz 1 x x khz 30 x 10-3 Maximum pulse rise time: for pulses equal to the rated voltage Capacitance mf Test voltage: 1.6 U r, sec. Voltage derating: A voltage derating factor of 1. % per K must be applied from +8) C for C voltages and from +7) C for AC voltages Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Pulse rise time V/msec max. operation/test 63 VC 100 VC 0 VC 400 VC 630 VC 1000 VC /300 3/30 40/400 3/30 40/400 0/ /00 0/00 40/400 1/10 /0 3/ /100 10/100 1/10 14/140 17/ /80 6/60 9/90 10/ /3 4/40 7/ /30 3/30 ip Solder Test/Processing Resistance to soldering heat: Test Tb in accordance with IN IEC /IN EN Soldering bath temperature max. 60+ C. Soldering duration max. sec. Change in capacitance C/C %. Soldering process: Re-flow soldering (see temperature/time graphs page 13). Packing Available taped and reeled in blister pack. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 17

18 WIMA SM-PET General ata 63 VC/40 VAC* 100 VC/63 VAC* 0 VC/160 VAC* Capacitance Size H Size H Size H Part number Part number Part number code ± 0.3 code ± 0.3 code ± mf SMTC0100KA SMT0100KA SMTF0100QA SMTC0100QA SMT0100QA SMTF0100TA SMTC0100TA SMT0100TA SMTC010KA SMT010KA SMTF010QA SMTC010QA SMT010QA SMTF010TA SMTC010TA SMT010TA SMTC00KA SMT00KA SMTF00QA SMTC00QA SMT00QA SMTF00TA SMTC00TA SMT00TA SMTC0330KA SMT0330KA SMTF0330QA SMTC0330QA SMT0330QA SMTF0330TA SMTC0330TA SMT0330TA SMTF0330VA SMTC0470KA SMT0470KA SMTF0470QA SMTC0470QA SMT0470QA SMTF0470TA SMTC0470TA SMT0470TA SMTF0470VA SMTC0680KA SMT0680KA * SMTF0680QB SMTC0680QA SMT0680QA SMTF0680TA SMTC0680TA SMT0680TA SMTF0680VA mf * SMTC03100KB * SMT03100KB * SMTF03100QB SMTC03100QA SMT03100QA SMTF03100TB SMTC03100TA SMT03100TA SMTF03100VA * SMTC0310KB SMT0310KB SMTF0310TB SMTC0310QA SMT0310QA SMTF0310VA SMTC0310TA SMT0310TA * SMTC030KB SMT030KB SMTF030TB SMTC030QA SMT030QA SMTF030VA SMTC030TA SMT030TA SMTC03330KB SMT03330QB SMTF03330TB * SMTC03330QB SMT03330TB SMTF03330VA * SMTC03330TB SMT03330VA SMTF03330XA SMTC03470KB SMT03470QB SMTF03470VA * SMTC03470QB SMT03470TB SMTF03470XA * SMTC03470TB SMT03470VA SMTC03680QB SMT03680TB SMTF03680XA * SMTC03680TB SMT03680VA SMTC03680VA SMT03680XA mf 0 4. SMTC04100QB SMT04100TB SMTF04100YA * SMTC04100TB SMT04100VA SMTC04100VA SMT04100XA SMTC0410TB SMT0410VA SMTC0410VA SMT0410XA00 * Version according to catalogue 013 still available SMTC040TB SMT040XA SMTC040VA SMTC04330VA SMT04330XA SMTC04470XA SMT04470YA SMTC04680YA00 Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ims. in mm. 18 page 19

19 WIMA SM-PET General ata 400 VC/00 VAC* 630 VC/300 VAC* 1000 VC/400 VAC* Capacitance Size H Size H Size H Part number Part number Part number code ± 0.3 code ± 0.3 code ± mf SMTG0100TA SMTJ0100VA SMTG0100VA SMTG010TA SMTJ010VA SMTO110XA SMTG010VA * SMTG00TB SMTJ00XA SMTO10XA SMTG00VA SMTG0330TB SMTJ0330XA SMTO1330XA SMTG0330VA SMTG0470TB SMTJ0470XA SMTO1470YA SMTG0470VA SMTG0680VA SMTJ0680XA SMTG0680XA mf SMTG03100VA SMTJ03100YA SMTG03100XA SMTG0310VA SMTJ0310YA SMTG0310XA SMTG030XA SMTJ030YA SMTG03330XA SMTG03470YA00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r * Version according to catalogue 013 still available ims. in mm. Solder pad recommendation W b H a d L c d Bonding slit Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. Size L W d a b c code ±0.3 ±0.3 min. min. max

20 WIMA SM-PEN Metallized Polyethylene-Naphthalate (PEN) SM Film Capacitors with Box Encapsulation. Capacitances from 0.01 mf to 1.0 mf. Rated Voltages from 63 VC to 400 VC. Size Codes from 181 to 84. Special Features Size codes 181, 0 and 84, with PEN and encapsulated Operating temperature up to 1 C Self-healing Suitable for lead-free soldering According to RoHS 011/6/EU Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Construction ielectric: Polyethylene-Naphthalate (PEN) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating plate Encapsulation: Solvent-resistant, flame-retardant plastic case, UL 94 V-0 Terminations: Tinned plates. Marking: Colour: Black. Electrical ata Capacitance range: 0.01 mf to 1.0 mf Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC Capacitance tolerances: ±0%, ±10% (±% available subject to special enquiry) Operating temperature range: + C to +1+ C Climatic test category: /1/1 according to IEC Insulation resistance at +0+ C: U r U test C 0.33 mf 0.33 mf < C T 1.0 mf 63 VC 0 V 3.7 x 10 3 M 10 sec (M x mf) 100 VC 100 V (mean value: 1 x 10 4 M ) (mean value: 3000 sec) U 0 VC 100 V 1 x 10 4 M 3000 sec (M x mf) (mean value: x 10 4 M ) (mean value: sec) Measuring time: 1 min. issipation factors at +0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf 1 khz 8 x x khz 1 x x khz 30 x 10-3 Maximum pulse rise time: for pulses equal to the rated voltage Capacitance mf Pulse rise time V/msec max. operation/test 63 VC 100 VC 0 VC 400 VC /300 3/30 40/400 3/ /00 0/00 40/400 1/ /100 10/100 1/ /80 6/ ,/3 4/40 ip Solder Test/Processing Resistance to soldering heat: Test Tb in accordance with IN IEC /IN EN Soldering bath temperature max. 60+ C. Soldering duration max. sec. Change in capacitance C/C %. Soldering process: Re-flow soldering (see temperature/time graphs page 13). Test voltage: 1.6 U r, sec. Voltage derating: A voltage derating factor of 1. % per K must be applied from +100) C for C voltages and from +90) C for AC voltages Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Packing Available taped and reeled in blister pack. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 0

21 WIMA SM-PEN General ata 63 VC/40 VAC* 100 VC/63 VAC* Capacitance Size H Size H Part number code ± 0.3 code ± 0.3 Part number 0.01 mf SMNC0100KA SMN0100KA SMNC0100QA SMN0100QA SMNC0100TA SMN0100TA SMNC010KA SMN010KA SMNC010QA SMN010QA SMNC010TA SMN010TA SMNC00KA SMN00KA SMNC00QA SMN00QA SMNC00TA SMN00TA SMNC0330KA SMN0330KA SMNC0330QA SMN0330QA SMNC0330TA SMN0330TA SMNC0470KA SMN0470KA SMNC0470QA SMN0470QA SMNC0470TA SMN0470TA SMNC0680KA SMN0680KA SMNC0680QA SMN0680QA SMNC0680TA SMN0680TA mf SMNC03100KB SMN03100KB SMNC03100QA SMN03100QA SMNC03100TA SMN03100TA SMNC0310KB SMN0310KB SMNC0310QA SMN0310QA SMNC0310TA SMN0310TA SMNC030QA SMN030QA SMNC030TA SMN030TA SMNC03330QB SMN03330QB SMNC03330TB SMN03330TB SMNC03470QB SMN03470QB SMNC03470TB SMN03470TB SMNC03680TB SMN03680TB mf 84.0 SMNC04100TB SMN04100TB00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ims in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. page 1

22 WIMA SM-PEN General ata 0 VC/160 VAC* 400 VC/00 VAC* Capacitance Size H Size H Part number code ± 0.3 code ± 0.3 Part number 0.01 mf 0 3. SMNF0100QA SMNG0100TA SMNF0100TA SMNF010QA SMNG010TA SMNF010TA SMNF00QA SMNG00TB SMNF00TA SMNF0330QA SMNG0330TB SMNF0330TA SMNF0470QA SMNG0470TB SMNF0470TA SMNF0680QB SMNF0680TA mf 0 4. SMNF03100QB SMNF03100TB SMNF0310TB00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ims in mm. d d H L Bonding slit W b a c Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. Size L W d a b c code ±0.3 ±0.3 min. min. max

23 WIMA SM-PPS Metallized Polyphenylene-Sulphide (PPS) SM Film Capacitors with Box Encapsulation. Capacitances from 0.01 mf to. mf. Rated Voltages from 63 VC to 1000 VC. Size Codes from 181 to 604. Special Features Size codes 181, 0, 84, 4030,040 and 604 with PPS and encapsulated Operating temperature up to 140 C Self-healing Suitable for lead-free soldering Low dissipation factor Low dielectric absorption Very constant capacitance value versus temperature According to RoHS 011/6/EU Typical Applications For general applications in high temperature circuits e.g. By-pass Blocking Coupling and decoupling Timing Filtering Oscillating circuits Construction ielectric: Polyphenylene-sulphide (PPS) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating plate Electrical ata Capacitance range: 0.01 mf to. mf Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC Capacitance tolerances: ±0%, ±10% (±% available subject to special enquiry) Operating temperature range: ) C to +140) C Climatic test category: /140/6 in accordance with IEC Insulation resistance at +0+ C: ip Solder Test/Processing Test voltage: 1.6 U r, sec. Voltage derating: For C and AC voltages a voltage derating factor of 1% per K must be applied from C and of % per K from +1+ C. Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) U r U test C 0.33 mf 0.33 mf < C T. mf 63 VC 0 V 1 x 10 4 M 3000 sec (M x mf) 100 VC 100 V (mean value: 3 x 10 4 M ) (mean value: 6000 sec) U 0 VC 100 V 3 x 10 4 M 6000 sec (M x mf) (mean value: 6 x 10 4 M ) (mean value: sec) Measuring time: 1 min. issipation factors at +0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 1 x x x khz 0 x 10-4 x khz 0 x 10-4 Maximum pulse rise time: for pulses equal to the rated voltage Capacitance mf Pulse rise time V/msec max. operation/test 63 VC 100 VC 0 VC 400 VC 630 VC 1000 VC /0 /0 30/300 3/30 40/400 4/ /10 1/10 0/00 /0 8/80 3/ /100 10/100 1/10 1/ /0 /0 6/60 8/ /30 3/30 Packing Encapsulation: Solvent-resistant, flame-retardant plastic case, UL 94 V-0 Terminations: Tinned plates. Marking: Box colour: Black. Resistance to soldering heat: Test Tb in accordance with IN IEC /IN EN Soldering bath temperature max. 60+ C. Soldering duration max. sec. Change in capacitance C/C %. Soldering process: Re-flow soldering (see temperature/time graphs page 13). Available taped and reeled in blister pack. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 3

24 WIMA SM-PPS General ata 63 VC/40 VAC* 100 VC/63 VAC* 0 VC/160 VAC* Capacitance Size H Size H Size H Part number Part number code ± 0.3 code ± 0.3 code ± 0.3 Part number 0.01 mf SMIC0100KA SMI0100KA SMIF0100QA SMIC0100QA SMI0100QA SMIC010KA SMI010KA SMIF010QA SMIC010QA SMI010QA SMIC00KA SMI00KA SMIF00QA SMIC00QA SMI00QA SMIF00TA SMIC0330KA SMI0330KA SMIF0330TA SMIC0330QA SMI0330QA SMIF0330VA SMIC0330TA SMI0330TA SMIC0470KA SMI0470KA SMIF0470TB SMIC0470QA SMI0470QA SMIF0470VA SMIC0470TA SMI0470TA SMIC0680KA SMI0680QA SMIF0680TB SMIC0680QA SMI0680TA SMIF0680VA SMIC0680TA mf SMIC03100KA SMI03100QA SMIF03100TB SMIC03100QA SMI03100TA SMIF03100VA SMIC03100TA SMIF03100XA SMIC0310KB SMI0310TA SMIF0310VA SMIC0310QA SMIF0310XA SMIC0310TA SMIF0310YA SMIC030QB SMI030QB SMIF030VA SMIC030TB SMI030TB SMIF030XA SMIF030YA SMIC03330QB SMI03330TB SMIF03330XA SMIC03330TB SMI03330VA SMIF03330YA SMIC03330VA SMIC03470QB SMI03470TB SMIF03470YA SMIC03470TB SMI03470VA SMIC03470VA SMIC03680TB SMI03680VA SMIC03680VA mf 84.0 SMIC04100TB SMI04100XA SMIC04100VA SMIC04100XA SMIC0410VA SMI0410YA SMIC0410XA SMIC040YA SMI040YA00 * AC voltages: f 400 Hz; 1.4 x U rms + UC U r ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. page 4

25 WIMA SM-PPS General ata 400 VC/00 VAC* 630 VC/300 VAC* 1000 VC/400 VAC* Capacitance Size H Size H Size H Part number Part number Part number code ± 0.3 code ± 0.3 code ± mf SMIJ0100XA SMIO1100XA SMIJ010XA SMIO110XA SMIG00VA SMIJ00XA SMIO10YA SMIG00XA SMIG0330VA SMIJ0330XA SMIO1330YA SMIG0330XA SMIG0470VA SMIJ0470XA SMIG0470XA SMIG0680VA SMIJ0680YA SMIG0680XA mf SMIG03100VA SMIG03100XA SMIG03100YA SMIG0310XA SMIG0310YA SMIG030YA SMIG03330YA00 * AC voltages: f 400 Hz; 1.4 x U rms + UC U r New value ims. in mm. Solder pad recommendation W b H a d L c d Bonding slit Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 Taped version see page 144. Size L W d a b c code ±0.3 ±0.3 min. min. max

26 WIMA Miniature Capacitors in PCM. mm The WIMA series with PCM. mm are contacted at the end surfaces and have very low self-inductance due to the small pin spacing of the capacitor and its fully contacted electrodes. Furthermore, the pulse and current loading capacities basically increase, the smaller the PCM can be designed, because provided that the thickness of the film is the same a longer band length is needed to achieve a particular capacitance value. WIMA capacitors are produced with the proven box technology using solvent-resistant, flame-retardant plastic cases according to UL 94 V-0. They are environmetally compatible with the RoHS 011/6/EU guidelines of the European Union. WIMA subminiature capacitors in PCM. mm are outstandingly suitable as reservoir and decoupling capacitors for high-speed digital circuits and for HF decoupling in the field of high frequencies. ue to their excellent electrical properties they can replace ceramic capacitors in applications where quality and reliability are required. ue to their reduced dimensions they open up new possibilities for use in applications with limited space requirements and high package density. WIMA FKP 0 WIMA MKS 0 WIMA plastic film capacitors in PCM. mm are available in metallized, selfhealing version WIMA MKS 0 or in pulse duty film and foil versions WIMA FKP 0. As a dielectric, Polyester or Polypropylene film is used. The capacitance range includes values of 100 pf through 1.0 mf and voltage ratings of 0 VC, 63 VC, 100 VC, 0 VC and 400 VC. The realization of the smallest plastic film capacitors in the world has been made possible by the use of ultra-thin plastic film in thicknesses of 0.8 mm and below. The film processing with highly sensitive machines requires a high degree of experience and technical know-how. 6

27 WIMA FKP 0 Polypropylene (PP) Film/Foil Capacitors for Pulse Applications in PCM. mm. Capacitances from 100 pf to 0.01 mf. Rated Voltages from 63 VC to 400 VC. Special Features Pulse duty construction PCM. mm Close tolerances up to ±.% Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. Sample and hold Timing LC-Filtering Oscillating circuits Audio equipment Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Metal foil Internal construction: Electrical ata Capacitance range: 100 pf to 0.01 mf (E1-values on request) Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC Capacitance tolerances: ±0%, ±10%, ±%, ±.% Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/1 in accordance with IEC Insulation resistance at +0+ C: x 10 M (mean value: 1 x 10 6 M ) Measuring voltage: U r = 63 V: U test = 0 V/1 min. U r 100 V: U test = 100 V/1 min. Test voltage: U r, sec. Maximum pulse rise time: 1000 V/msec for pulses equal to the rated voltage ielectric absorption: 0.0% Temperature coefficient: 00 x 10-6 /+ C (typical) issipation factors at +0+ C: tan d at f C 0.01 mf 1 khz 4 x khz 4 x khz 6 x 10-4 Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Plastic film Metal foil electrode Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Yellow Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 7

28 WIMA FKP 0 General ata Capacitance 63 VC/40 VAC* 100 VC/63 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP0C001000B FKP B FKP0C00100B FKP000100B FKP0C0000B FKP00000B FKP0C003300B FKP B FKP0C004700B FKP B FKP0C006800B FKP B pf FKP0C011000B FKP B FKP0C01100B FKP001100B FKP0C0100C FKP00100C FKP0C FKP FKP0C014700E FKP E FKP0C016800E FKP E mf FKP0C01000F FKP001000F00 Capacitance 0 VC/160 VAC* 400 VC/00 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP0F001000B FKP0G001000B FKP0F00100B FKP0G00100B FKP0F0000B FKP0G0000B FKP0F003300B FKP0G003300B FKP0F004700B FKP0G004700B FKP0F006800B FKP0G006800C pf FKP0F011000B FKP0G FKP0F01100C FKP0G01100E FKP0F FKP0G0100E FKP0F013300E FKP0G013300F FKP0F014700F00 * AC voltage: f 400 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing 10 ims. in mm. Z d = 0.4 l 6 - W H L d. PCM at the pin exit points ( ± 0.) Part number completion: Tolerance: 0 % = M 10 % = K % = J. % = H Packing: bulk = S Pin length: 6- = S Taped version see page pf pf µf pf -- 0 pf pf pf f/mhz Impedance change with frequency (general guide). The values of the WIMA FKS 0 and WIMA FKM 0 ranges according to the main catalogue 009 are still available on request. 8

29 WIMA MKS 0 Metallized Polyester (PET) Capacitors in PCM. mm. Capacitances from 3300 pf to 1.0 mf. Rated Voltages from 0 VC to 0 VC. Special Features High volume/capacitance ratio and reduced base PCM. mm Self-healing According to RoHS 011/6/EU Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Silver. Epoxy resin seal: Yellow Electrical ata Capacitance range: issipation factors at + 0) C: tan d 3300 pf to 1.0 mf (E1-values on request) Rated voltages: at f C 0.1 mf 0.1 mf P C 1.0 mf 0 VC, 63 VC, 100 VC, 0 VC 1 khz 8 x x 10-3 Capacitance tolerances: 10 khz 1 x x 10-3 ± 0%, ± 10% (±% available subject 100 khz 30 x 10-3 to special enquiry) Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/1 in accordance with IEC Insulation resistance at +0+ C: Voltage derating: A voltage derating factor of 1. % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40) C) U r U test C 0.33 mf 0.33 mf < C T 1.0 mf 0 VC 10 V 3.7 x 10 3 M 10 sec (M x mf) (mean value: 1 x 10 4 M ) (mean value: 3000 sec) 63 VC 0 V 3.7 x 10 3 M 10 sec (M x mf) (mean value: 1 x 10 4 M ) (mean value: 3000 sec) U100 VC 100 V 1 x 10 4 M (mean value: x 10 4 M ) Measuring time: 1 min. Test voltage: 1.6 U r, sec. Maximum pulse rise time: Capacitance Pulse rise time V/msec pf/mf max. operation/test / / / / / 10 for pulses equal to the rated voltage Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 9

30 WIMA MKS 0 General ata Capacitance 0 VC/30 VAC* 63 VC/40 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKS0C01000B MKS0C0100B MKS0C000B MKS0C03300B MKS0C04700B MKS0C06800B mf MKS0C031000C MKS0C03100C MKS0C0300C MKS0C MKS0C034700E MKS0C036800F mf MKS0B041000F00 Capacitance 100 VC/63 VAC* 0 VC/160 VAC* W H L PCM** Part number W H L PCM** Part number 3300 pf MKS0F013300B MKS0F014700B MKS0F016800B mf MKS001000B MKS0F01000B MKS00100B MKS0F0100B MKS0000B MKS0F000B MKS003300B MKS0F03300C MKS004700B MKS0F MKS006800B MKS0F06800E mf MKS C MKS0F031000F MKS MKS00300E MKS F00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0.4 l 6 - W H L d. PCM at the pin exit points ( ± 0.) Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. Impedance change with frequency (general guide). 30

31 WIMA Capacitors in PCM - 1 mm with Pulse uty Film/Foil Construction The film/foil construction is mainly used for capacitors with smaller capacitance value. The advantage of this construction principle is the easy contactability of the metal foil electrodes and the good pulse strength. To avoid breakdowns caused by weak spots in the dielectric, the insulating film chosen is always thicker than theoretically required by the values which are determined from the specific breakdown strength of the material. WIMA film/foil capacitors in PCM mm, 7. mm, 10 mm and 1 mm are available in two dielectric versions. Capacitors with a Polyester dielectric (PET) are suitable for general applications such as coupling, decoupling and by-passing. Polypropylene capacitors (PP) are used in the high frequency field. This includes resonant circuits, power supplies, deflection circuits, oscillator circuits and audio equipment. WIMA capacitors are produced with the proven box technology using solvent-resistant, flame-retardant plastic cases according to UL 94 V-0. They are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. WIMA FKS WIMA FKP WIMA FKS 3 WIMA FKP 3 In the case of film and foil types, the electrode is not applied as for the metallized capacitors, but is wound with the dielectric as a metal foil. ue to their lower series resistance, the components produced this way have excellent pulse and current carrying capability, as well as a very high insulation resistance. 31

32 WIMA FKS Polyester (PET) Film/Foil Capacitors for Pulse Applications in PCM mm. Capacitances from 1000 pf to mf. Rated Voltages from 63 VC to 630 VC. Special Features Pulse duty construction According to RoHS 011/6/EU Typical Applications For general C-applications e.g. Coupling ecoupling Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Metal foil Internal construction: Plastic film Metal foil electrode Terminating wire Electrical ata Capacitance range: 1000 pf to mf (E1-values on request) Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC Capacitance tolerances: ± 0%, ±10%, ±% Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: 3 x 10 4 M (mean value: 8 x 10 M ) Measuring voltage: 100 V/1 min. Test voltage: U r, sec. Maximum pulse rise time: 1000 V/msec for pulses equal to the rated voltage issipation factors at +0+ C: tan d at f C mf 1 khz 7 x khz 1 x khz 0 x 10-3 Voltage derating: A voltage derating factor of 1. % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Silver. Epoxy resin seal: Yellow. Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 3

33 WIMA FKP FKS 4 General ata Capacitance 63 VC/40 VAC* 100 VC/63 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKSC011001A FKS011001A FKSC01101A FKS01101A FKSC0101A FKS0101A FKSC013301A FKS013301A FKSC014701A FKS014701A FKSC016801A FKS016801A mf FKSC01001B FKS01001B FKSC0101C FKS0101C FKSC001E FKS001E FKSC03301H FKS03301H FKSC04701K FKS04701K00 Capacitance 0 VC/160 VAC* 400 VC/00 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKSF011001A FKSG011001A FKSF01101A FKSG01101A FKSF0101A FKSG0101A FKSF013301A FKSG013301A FKSF014701A FKSG014701A FKSF016801A FKSG016801B mf FKSF01001B FKSG01001C FKSF0101C FKSG0101E FKSF001E FKSG001H FKSF03301H FKSG03301K FKSF04701K00 Capacitance 630 VC/0 VAC* W H L PCM** Part number 1000 pf FKSJ011001B FKSJ01101B FKSJ0101B FKSJ013301B FKSJ014701C FKSJ016801E mf FKSJ01001E FKSJ0101H FKSJ001K00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r New ranges ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0. l 6 - W d H L PCM at the pin exit points ( ± 0.) Impedance change with frequency (general guide). Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page

34 WIMA FKP Polypropylene (PP) Film/Foil Capacitors for Pulse Applications in PCM mm. Capacitances from 33 pf to mf. Rated Voltages from 63 VC to 1000 VC. Special Features Pulse duty construction Close tolerances up to ±. % (±1 % on request) Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. Sample and hold Timing LC-Filtering Oscillating circuits Audio equipment Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Metal foil Internal construction: Plastic film Metal foil electrode Terminating wire Electrical ata Capacitance range: 33 pf to mf (E1-values on request) Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 800 VC, 1000 VC Capacitance tolerances: ±0%, ±10%, ±%, ±.% (±%, ±1.% or ±1% available as precision capacitors subject to special enquiry) Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: x 10 M (mean value: 1 x 10 6 M ) Measuring voltage: U r = 63 V: U test = 0 V/1 min. U r 100 V: U test = 100 V/1 min. issipation factors at +0) C: tan d at f C 1000 pf 1000 pf < C T 4700 pf C > 4700 pf 1 khz 3 x x x khz 3 x x x khz 4 x 10-4 x MHz 10 x 10-4 Mechanical Tests Test voltage: U r, sec. Maximum pulse rise time: 1000 V/msec for pulses equal to the rated voltage ielectric absorption: 0.0% Temperature coefficient: 00 x 10-6 /+ C (typical) Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Packing Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Yellow Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 34

35 WIMA FKP 4 General ata Capacitance 63 VC/40 VAC* 100 VC/63 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKPC FKP FKPC FKP FKPC FKP FKPC FKP FKPC FKP FKPC FKP pf FKPC FKP FKPC FKP FKPC FKP FKPC FKP013301G FKPC FKP014701G FKPC FKP016801G mf FKPC01001G FKP01001I FKPC0101I FKP0101J FKPC001J FKP001L FKPC03301L00 Capacitance 0 VC/160 VAC* 400 VC/0 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKPF FKPG FKPF FKPG FKPF FKPG FKPF FKPG FKPF FKPG FKPF FKPG pf FKPF FKPG FKPF FKPG FKPF FKPG FKPF013301G FKPG013301G FKPF014701I FKPG014701I FKPF016801I FKPG016801J mf FKPF01001J FKPG01001L FKPF0101L00 * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing. E1 values and individual values available from 7 pf up on request. ims. in mm. d = 0. l page W d H L PCM at the pin exit points ( ± 0.) Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J. % = H % = G 1. % = F 1 % = E bulk = S 6- = S Taped version see page Z pf pf pf -- 0 pf pf pf pf pf µf µf µf f/mhz Impedance change with frequency (general guide). 3

36 WIMA FKP 4 General ata Capacitance 630 VC/0 VAC* 800 VC/0 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKPJ FKPL FKPJ FKPL FKPJ FKPL FKPJ FKPL FKPJ FKPL004701G FKPJ FKPL006801G pf FKPJ FKPL011001G FKPJ FKPL01101G FKPJ0101G FKPL0101I FKPJ013301I FKPL013301J FKPJ014701I FKPL014701L FKPJ016801J mf FKPJ01001L00 Capacitance 1000 VC/0 VAC* W H L PCM** Part number 33 pf FKPO FKPO FKPO pf FKPO FKPO FKPO FKPO FKPO104701G FKPO106801G pf FKPO111001I FKPO11101J FKPO1101L00 E1 values and individual values available from 7 pf up on request. ims. in mm. Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J. % = H % = G 1. % = F 1 % = E bulk = S 6- = S Taped version see page 14. * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing. Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V 0 0 pf 33 pf 47 pf 100 pf VC 800 VC 1000 VC 4700 pf 1000 pf 0.01 µf 00 pf 470 pf f 107 Hz

37 WIMA FKS 3 Polyester (PET) Film/Foil Capacitors for Pulse Applications in PCM 7. mm to 1 mm. Capacitances from 1000 pf to 0. mf. Rated Voltages from 100 VC to 630 VC. Special Features Pulse duty construction According to RoHS 011/6/EU Typical Applications For general C-applications e.g. Coupling ecoupling Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Metal foil Internal construction: Plastic film Metal foil electrode Electrical ata Capacitance range: 1000 pf to 0. mf (E1-values on request) Rated voltages: 100 VC, 0 VC, 400 VC, 630 VC Capacitance tolerances: ± 0%, ±10%, ±%, Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: 3 x 10 4 M (mean value: x 10 M ) Measuring voltage: 100 V/1 min. Test voltage: U r, sec. Maximum pulse rise time: 1000 V/msec for pulses equal to the rated voltage issipation factors at +0+ C: tan d at f C 0.01mF 0.01 mfpc 0. mf 1 khz 8 x x khz 1 x x khz 0 x 10-3 x 10-3 Voltage derating: A voltage derating factor of 1. % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Yellow. Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 37

38 WIMA FKS 3 General ata Capacitance 100 VC/63 VAC* 0 VC/160 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKS301100B FKS3F01100B FKS30110B FKS3F0110B FKS3010B FKS3F010B FKS301330B FKS3F01330B FKS301470B FKS3F01470B FKS3F014703A FKS301680B FKS3F01680B FKS3F016803A mf FKS30100B FKS3F01003A FKS301003A FKS3010B FKS3F FKS30103A FKS300B FKS3F003F FKS3003A FKS FKS3F03303G FKS FKS3F04704C FKS306803F FKS3F mf FKS G FKS3F031004F FKS FKS3F03104J FKS30304F00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r New values ** PCM = Printed circuit module = pin spacing. ims. in mm. The values of the WIMA FKM 3 range according to the main catalogue 009 are still available on request. 6 - W d H L PCM at the pin exit points ( ± 0.4) Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. d = 0. P if W = 3 PCM 7. and 10 d = 0.6 P if W 4 d = 0.8 P if PCM = 1 page 39 38

39 WIMA FKS 3 General ata Capacitance 400 VC/0 VAC* 630 VC/300 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKS3G011003A FKS3J011003A FKS3G01103A FKS3J01103A FKS3G0103A FKS3J0103A FKS3G013303A FKS3J FKS3G014703A FKS3J FKS3G016803A FKS3J016803F mf FKS3G FKS3J01003G FKS3G0103F FKS3J0104C FKS3G003G FKS3J FKS3G03304C FKS3J03304F FKS3G FKS3G06804F mf FKS3G031004J00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r New ranges ** PCM = Printed circuit module = pin spacing. ims. in mm. The values of the WIMA FKM 3 range according to the main catalogue 009 are still available on request W d = 0. P if W = 3 PCM 7. and 10 d = 0.6 P if W 4 d = 0.8 P if PCM = 1 d H L PCM at the pin exit points ( ± 0.4) Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). 39

40 WIMA FKP 3 Polypropylene (PP) Film and Foil Capacitors for Pulse Applications in PCM 7. mm to 1 mm. Capacitances from 100 pf to 0. mf. Rated Voltages from 63 VC to 1000 VC. Special Features Pulse duty construction Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. Sample and hold Timing LC-Filtering Oscillating circuits Audio equipment Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Metal foil Internal construction: Electrical ata Capacitance range: 100 pf to 0. mf (E1-values on request) Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: x 10 M (mean value: 1 x 10 6 M ) Measuring voltage: U r = 63 V: U test = 0 V/1 min. U r 100 V: U test = 100 V/1 min. Test voltage: U r, sec. Maximum pulse rise time: 1000 V/msec for pulses equal to the rated voltage ielectric absorption: 0.0 % Temperature coefficient: 00 x 10-6 /+ C (general guide) issipation factors at +0+ C: tan d at f C 0.1 mf 0.1 mf P C 0. mf 1 khz 4 x x khz x x khz 10 x 10-4 Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Plastic film Metal foil electrode Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Yellow Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 40

41 WIMA FKP 3 General ata Capacitance 63 VC/40 VAC* 100 VC/63 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP300100B FKP30010B FKP3000B FKP300330B FKP300470B FKP300680B pf FKP301100B FKP30110B FKP3010B FKP301330B FKP301470B FKP301680C mf FKP30100C FKP3C010C FKP FKP3C FKP3003F FKP3C FKP303303G FKP3C04703F FKP304704B FKP3C06803G FKP306804C mf FKP3C031004C FKP FKP3C03104F FKP303104J FKP3C0304J00 Capacitance 0 VC/160 VAC* 400 VC/0 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP3F00100B FKP3G00100B FKP3F0010B FKP3G0010B FKP3F000B FKP3G000B FKP3F00330B FKP3G00330B FKP3F00470B FKP3G00470B FKP3F00680B FKP3G00680B pf FKP3F01100B FKP3G01100B FKP3F0110B FKP3G0110C FKP3F010C FKP3G010C FKP3G FKP3F013303A FKP3G FKP3F FKP3G014703F FKP3F016803F FKP3G016803G mf FKP3F01003F FKP3G01004B FKP3F0103G FKP3G0104C FKP3F0104B FKP3F004C FKP3G FKP3F FKP3G03304F FKP3F04704F FKP3G04704J FKP3F06804J00 * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 4 41

42 WIMA FKP 3 General ata Capacitance 630 VC/300 VAC* 1000 VC/300 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP3J00100B FKP3O10100B FKP3J0010B FKP3O1010B FKP3J000B FKP3O100B FKP3J00330B FKP3O10330B FKP3J00470B FKP3O10470B FKP3J00680B FKP3O10680B pf FKP3J01100C FKP3O11100C FKP3J FKP3O FKP3J FKP3O FKP3J013303F FKP3O113303F FKP3J014703G FKP3O114703G FKP3J016804B FKP3O116804B mf FKP3J01004C FKP3O11004C FKP3J0104F FKP3O1104F FKP3J004J FKP3O104J FKP3J03304J00 * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing ims. in mm. W d = 0. P if W = 3 PCM 7. and 10 d = 0.6 P if W 4 d = 0.8 P if PCM = d H L PCM at the pin exit points ( ± 0.4) Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V µf 0.0 µf 4700 pf 100 VC 1000 pf 00 pf 100 pf 0 pf 470 pf µf 0.1 µf 0.01 µf f 10 Hz 4

43 WIMA Capacitors with Metallized, Self-Healing Construction PCM to. mm as coupling, decoupling and by-passing. By making use of ultra thin film and appropriate manufacturing experience, it has been possible to achieve high capacitance values in very small box sizes. The WIMA MKS for example is available with capacitance values up to 10 mf in PCM mm whereas the MKS 4 is offering capacitances up to 680 mf in PCM. mm. Polypropylene capacitors (PP) are used in the high frequency field. This includes resonant circuits, power supplies, deflection circuits, oscillator circuits and audio equipment. WIMA metallized Polypropylene capacitors in PCM mm are available with capacitance values up to 10 mf and voltage ratings up to 1000 VC. Upon customer request, larger box sizes can be supplied in 4-pin versions. Types with terminating plates can also be manufactured on request. The advantage of this method of construction, besides the improved mechanical stability of the component on the board, is the excellent electrical contact reliability. WIMA MKS WIMA MKP WIMA MKS 4 WIMA MKP 4C WIMA MKP 4 In the case of metallized capacitors, thin layers of aluminium (approx mm) are vacuum-deposited on the insulating film as conducting electrodes. In the case of a breakdown, the short circuit current causes the thin metal coating to evaporate around the point of failure and an insulating area is formed. The capacitor remains intact (self-healing). ue to their construction principle metallized capacitors stand out for their very favourable capacitance/ volume ratio. WIMA capacitors are produced with the proven box technology using solvent-resistant, flame-retardant plastic cases according to UL 94 V-0. They are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. Metallized WIMA capacitors in PCM mm. mm are available in two dielectric versions. Capacitors with a Polyester dielectric (PET) are suitable for general applications such 43

44 WIMA MKS Metallized Polyester (PET) Capacitors in PCM mm. Capacitances from 0.01 mf to 10 mf. Rated Voltages from 0 VC to 630 VC. Special Features High volume/capacitance ratio Self-healing AEC-Q00 qualified According to RoHS 011/6/EU Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Timing Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Silver/White. Epoxy resin seal: Red Electrical ata Capacitance range: 0.01 mf to 10 mf (E1-values on request) Rated voltages: 0 VC, 63 VC, 100 VC, 0 VC, 400 VC, 630 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: U r = 0 VC: + C to C U r 63 VC: + C to +1+ C Climatic test category: /100/1 in accordance with IEC Insulation resistance at +0+ C: Test specifications: In accordance with IEC Test voltage: 1.6 U r, sec. Voltage derating: A voltage derating factor of 1. % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours (+1 C permitted for 1000 hours max. distributed over the entire operating life) Failure rate fit (0. x U r and 40) C) U r U test C 0.33 mf 0.33 mf < C T 10 mf 0 VC 10 V x 10 3 M (mean value: 3 x 10 4 M ) 1000 sec (M x mf) (mean value: 3000 sec) 63 VC 0 V 1 x 10 4 M (mean value: x 10 4 M ) 10 sec (M x mf) (mean value: 3000 sec) U100 VC 100 V 1. x 10 4 M (mean value: 1 x 10 M ) 3000 sec (M x mf) (mean value: 6000 sec) Measuring time: 1 min. issipation factors at + 0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 8 x x x khz 1 x x khz 30 x 10-3 Maximum pulse rise time: for pulses equal to the rated voltage Capacitance mf Pulse rise time V/msec max. operation/test 0 VC 63 VC 100 VC 0 VC 400 VC 630 VC /30 3/30 0/00 80/ / /00 /0 0/00 80/800 90/ /100 1/10 0/00 0/00 80/ /80 1/10 1/10 / /80 7./7 10/ /0 / /30 3/30 10./ Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 44

45 WIMA MKS FKP 4 General ata Capacitance 0 VC/30 VAC* 63 VC/40 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKSC01001A MKSC0101A MKSC001A MKSC03301A MKSC04701A MKSC06801A mf MKSC031001A MKSC03101A MKSC0301B MKSB033301A MKSC033301C MKSB034701B MKSC034701C MKSB036801C MKSC036801E mf MKSB041001C MKSC041001F MKSB04101E MKSC04101H MKSB0401F MKSC0401K MKSB043301H MKSC043301K MKSB044701K MKSC044701M MKSB046801M MKSC046801N00 10 mf MKSB01001N00 Capacitance 100 VC/63 VAC* 0 VC/160 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKS01001A MKSF01001A MKS0101A MKSF0101A MKS001A MKSF001A MKS03301A MKSF03301C MKS04701A MKSF04701C MKS06801A MKSF06801C mf MKS031001A MKSF031001E MKS03101C MKSF03101F MKS0301C MKSF0301H MKS033301E MKSF033301K MKS034701E MKSF034701M MKS036801F MKSF036801N mf MKS041001K MKS04101M MKS0401N00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing. W ims. in mm. 6 - d = 0. P d H L PCM at the pin exit points ( ± 0.) Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 46 4

46 WIMA MKS General ata Capacitance 400 VC/00 VAC* 630 VC/0 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKSG01001A MKSJ01001H MKSG0101A MKSJ0101K MKSG001C MKSJ001K MKSG03301E MKSJ03301K MKSG04701E MKSJ04701M MKSG06801H mf MKSG031001K MKSG03101M MKSG0301N00 * AC voltage: f = 0 Hz; 1.4 x U rms + UC U r ** PCM = Printed circuit module = pin spacing. ims. in mm. The values of the WIMA MKM range according to the main catalogue 009 are still available on request. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. Impedance change with frequency (general guide). Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). 46

47 WIMA MKP Metallized Polypropylene (PP) Capacitors in PCM mm. Capacitances from 1000 pf to 1.0 mf. Rated Voltages from 63 VC to 1000 VC. Special Features High volume/capacitance ratio Self-healing Increased pulse duty from 0 VC rated voltage Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption AEC-Q00 qualified According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. Sample and hold Timing Oscillating circuits High frequency coupling and decoupling Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 1000 pf to 1.0 mf (E1-values on request) Rated voltages: 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 800 VC, 1000 VC Capacitance tolerances: ± 0%, ±10%, ±% Operating temperature range: + C to C Test specifications: In accordance with IEC Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: 3 x 10 4 M (mean value: 1 x 10 M ) Measuring voltage: U r = 63 V: U test = 0 V/1 min. U r 100 V: U test = 100 V/1 min. Test voltage: 1.6 U r, sec. Maximum pulse rise time: Capacitance pf/mf max. pulse rise time V/msec 63 VC 100 VC 0 VC 400 VC 630 VC 800 VC 1000 VC for pulses equal to the rated voltage ielectric absorption: 0.0 % issipation factors at +0+ C: tan d at f C 0.1 mf 0.1 mf P C 1.0 mf 1 khz 0. x x khz 0.8 x x khz 3.0 x 10-3 Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours Failure rate fit (0. x U r and 40+ C) Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 47

48 WIMA MKP FKP 4 General ata Capacitance 63 VC/40 VAC* 100 VC/63 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKPC01001B MKP01001B MKPC0101B MKP0101B MKPC001B MKP001B MKPC03301B MKP03301B MKPC04701C MKP04701C MKPC06801E MKP06801E mf MKPC031001F MKP031001F MKPC03101H MKP03101H MKPC0301K MKP0301K MKPC033301M MKP033301M MKPC034701M MKP034701M MKPC036801M MKP036801M mf MKPC041001N MKP041001N00 Capacitance 0 VC/160 VAC* 400 VC/00 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKPG011001B MKPG01101B MKPG0101B MKPG013301B MKPG014701B MKPG016801B mf MKPF01001B MKPG01001C MKPF0101B MKPG0101C MKPF001B MKPG001E MKPF03301B MKPG03301H MKPF04701C MKPG04701K MKPF06801E MKPG06801K mf MKPF031001F MKPG031001M MKPF03101K MKPG03101N MKPF0301K MKPF033301M MKPF034701N00 Capacitance New values 630 VC/0 VAC* W H L PCM** Part number ** PCM = Printed circuit module = pin spacing pf MKPJ011001B00 ims. in mm MKPJ01101B MKPJ0101B MKPJ013301B MKPJ014701B MKPJ016801C00 W 0.01 mf MKPJ01001E MKPJ0101F MKPJ001H MKPJ03301K MKPJ04701M MKPJ06801N d H L PCM at the pin exit points ( ± 0.) Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. * AC voltage: f 400 Hz; 1.4 x U rms + UC U r d = 0. l 48 page 49

49 WIMA MKP General ata Capacitance 800 VC/0 VAC* 1000 VC/0 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKPL011001B MKPO111001B MKPL01101B MKPO11101B MKPL0101B MKPO1101B MKPL013301B MKPO113301C MKPL014701C MKPO114701E MKPL016801E MKPO116801F mf MKPL01001F MKPO11001K MKPL0101H MKPO1101M MKPL001K MKPO101N MKPL03301M MKPL04701N00 * AC voltage: f 400 Hz; 1.4 x U rms + UC U r New range and values ** PCM = printed circuit module = pin spacing. ims. in mm. d = 0. l 6 - Rastermaß am rahtaustritt ( 0,) B d H L Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page Z µf pf pf µf µf µf µf pf f/mhz Impedance change with frequency (general guide). Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V µf 0.01 µf 00 pf 1000 pf 630 VC 0.0 µf 4700 pf f 10 Hz Urms V Urms V µf 0.01 µf 00 pf µf 00 pf 400 VC 0.0 µf 4700 pf 1000 pf 1000 VC 4700 pf 1000 pf µf f 10 Hz f 10 Hz 49

50 WIMA MKS 4 Metallized Polyester (PET) Capacitors in PCM 7. mm to. mm. Capacitances from 1000 pf to 680 mf. Rated Voltages from 0 VC to 000 VC. Special Features Electrical ata High volume/capacitance ratio Self-healing According to RoHS 011/6/EU Typical Applications For general C-applications e.g. By-pass Blocking Coupling and decoupling Smoothing Timing Construction ielectric: Polyethylene-terephthalate (PET) film Capacitor electrodes: Vacuum-deposited Internal construction: MKS4:30VAC,40VAC,63 VAC, 160 VAC, 00 VAC MKS4: 400 VAC Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Capacitance range: 1000 pf to 680 mf (E1-values on request) Rated voltages: 0 VC, 63 VC, 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC, 100 VC, 000 VC Capacitance tolerances: ± 0%, ± 10% ± % Operating temperature range: U r = 0 VC: + C to C U r 63 VC: + C to +1+ C Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: Test voltage: 1.6 U r, sec. Test specifications: In accordance with IEC Voltage derating: A voltage derating factor of 1. % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours (+1 C permitted for 1000 hours max. distributed over the entire operating life) Failure rate fit (0. x U r and 40) C) U r U test C 0.33 mf 0.33 mf < C T 680 mf 0 VC 10 V x 10 3 M (mean value: 3 x 10 4 M ) 100 sec (M x mf) (mean value: 400 sec) 63 VC 0 V 1 x 10 4 M (mean value: x 10 4 M ) 3000 sec (M x mf) (mean value: 6000 sec) 100 VC 100 V 1. x 10 4 M (mean value: x 10 4 M ) 000 sec (M x mf) (mean value: 1000 sec) U0 VC 100 V 3 x 10 4 M (mean value: 1 x 10 M ) sec (M x mf) (mean value: sec) Measuring time: 1 min. issipation factors at + 0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 8 x x x khz 1 x x khz 30 x 10-3 Maximum pulse rise time: for pulses equal to the rated voltage Pulse rise time V/msec Capacitance max. operation/test pf/mf 0VC 63VC 100VC 0VC 400VC 630VC 1000VC 100VC 000VC /700 90/ / /300 30/300 3/30 38/380 40/400 0/00 0/00 60/ /10 1/10 0/00 /0 3/30 6/60 3/30 40/ /100 10/100 1/10 1/10 1/10 17/170 0/00 3/30 40/ /90 9/90 9/90 10/100 10/100 13/130 0/00 0/00 38/ /60 6/60 /0 6/60 9/90 13/130 14/140 1/10 1/ / 3/30 3/30 6/60 6/60 9/90 1/ /././ 3/30 6/60 6/60 6/ /././ 3/30 3/30 3/ /././ 0.9/ / 0./ 0.3/3 Mechanical Tests Pull test on pins: d T 0.8 l: 10 N in direction of pins d > 0.8 l: 0 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 0

51 WIMA MKS FKP 4 General ata Capacitance 0 VC/30 VAC* 63 VC/40 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKS4C0100A MKS4C01003C MKS4C010A MKS4C0103C MKS4C00A MKS4C003C MKS4C0330A MKS4C03303C MKS4C0470A MKS4C04703C MKS4C0680A MKS4C06803C 0.1 mf MKS4B03100A MKS4C03100A MKS4C031003C MKS4B0310A MKS4C0310A MKS4C03103C MKS4B030A MKS4C030B MKS4C0303C MKS4B03330A MKS4C03330C MKS4C033303C MKS4B03470B MKS4C03470C MKS4C034703C 0.68 " MKS4B03680C MKS4C03680E MKS4C036803C 1.0 mf MKS4B04100C MKS4C04100E MKS4C041003C MKS4B0410E MKS4C0410F MKS4C04103F MKS4B040F MKS4C0403F MKS4C0404C MKS4B04330F MKS4C043303G MKS4C MKS4B04470G MKS4C MKS4B044703G MKS4C04470B MKS4B04680G MKS4C046804F MKS4B046803G MKS4C mf MKS4B01004J MKS4C0100F MKS4C01006B MKS4B010I MKS4C010I MKS4C0106B MKS4B006B MKS4C MKS4B MKS4C03306F MKS4B04706F MKS4C04706G MKS4B04707C MKS4C04707E MKS4B06806J MKS4C06806J MKS4B06807E MKS4C06807F 100 mf MKS4B061007F MKS4C061007G MKS4B06107G MKS4C06107H MKS4B0607H MKS4C0607K MKS4B063307K 4 7. MKS4C063309H MKS4B064709F 4 7. MKS4C064709H MKS4B066809H MKS4C066809J * AC voltages: f 0 Hz; 1.4 x U rms + UCT U r New values ** PCM = printed circuit module = pin spacing ims. in mm. page 1

52 WIMA MKS FKP 4 General ata Capacitance 100 VC/63 VAC* 0 VC/160 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKS40100A MKS4F0100B MKS401003C MKS4F01003C MKS4010A MKS4F010B MKS40103C MKS4F0103C MKS400A MKS4F00B MKS4003C MKS4F003C MKS40330A MKS4F0330B MKS403303C MKS4F03303C MKS40470A MKS4F0470B MKS404703C MKS4F04703C MKS40680A MKS4F0680C MKS406803C MKS4F06803C 0.1 mf MKS403100A MKS4F03100C MKS C MKS4F031003C MKS40310B MKS4F0310E MKS403103C MKS4F03103C MKS4030B MKS4F030E MKS40303C MKS4F0303F MKS403330C MKS4F03330F MKS C MKS4F033303F MKS MKS4F034703G MKS C MKS4F034704C 0.68 " MKS403680E MKS4F MKS C 1.0 mf MKS404100F MKS4F041004F MKS F MKS4F04100B MKS404103G MKS4F04104J MKS MKS4F MKS40404F MKS4F040G MKS4040B MKS4F0406A MKS J MKS4F04330I MKS MKS4F043306B MKS404470G MKS4F044706B MKS A MKS404680G MKS4F MKS B 10 mf MKS MKS4F01006G MKS MKS4F0106I MKS4F0107E MKS4006F MKS4F007F MKS403306G MKS4F03307H MKS403307C MKS404707E MKS4F04707I MKS406807G MKS4F06807K 100 mf MKS H MKS4F061009J MKS4F06109J MKS406107I MKS40607K MKS H Part number completion: MKS J Version code: -pin = 00 * AC voltages: f 0 Hz; 1.4 x U rms + UC T U r 4-pin = 4 Tolerance: 0 % = M New values 10 % = K ** PCM = printed circuit module = pin spacing % = J Packing: bulk = S ims. in mm. Pin length: 6- = S page 3 Taped version see page 14.

53 WIMA MKS FKP 4 General ata Capacitance 400 VC/00 VAC* 630 VC/400 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKS4G0100B * MKS4J0100B MKS4G01003C MKS4J01003C MKS4G010B * MKS4J010C MKS4G0103C MKS4J0103C MKS4G00C * MKS4J MKS4G003C MKS4J003C MKS4G0330C * MKS4J0330E MKS4G03303C MKS4J03303F MKS4G0470E * MKS4J0470F MKS4G04703C MKS4J04703G MKS4G0680E MKS4J06803G MKS4G06803C MKS4J06804B 0.1 mf MKS4G03100E MKS4J031004C MKS4G031003F MKS4J03100B MKS4G0310F MKS4J MKS4G03103G MKS4J0310B MKS4G0303G MKS4J0304F MKS4G0304C MKS4J030B MKS4G033304F MKS4J MKS4J033306A MKS4G034704F MKS4J03470G MKS4G03470B MKS4J034706A 0.68 " MKS4G MKS4J03680I MKS4J036806B 1.0 mf MKS4G04100G MKS4J041006B MKS4G041006B MKS4G0410I MKS4J04106F MKS4G04106B MKS4G0406B MKS4J0406I MKS4J MKS4G MKS4J043306J MKS4J043307F MKS4G044706G MKS4J044707G MKS4G046806I MKS4J046807H MKS4G mf MKS4G01007F MKS4J01007J MKS4G0107G MKS4J0107K MKS4G007I 4 7. MKS4J009H MKS4G03307J MKS4G04709F MKS4G06809J * AC voltages: f 0 Hz; 1.4 x U rms + UC T U r New values ** PCM = printed circuit module = pin spacing * Admissible AC voltage 0 VAC max. ims. in mm. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 4 3

54 WIMA MKS FKP 4 General ata Capacitance 1000 VC/400 VAC* 100 VC/400 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKS4O11100B MKS4S011003C MKS4O111003C MKS4O1110B MKS4S01103C MKS4O11103C MKS4O110B MKS4S0103C MKS4O1103C MKS4O11330C MKS4S013303C MKS4O113303C MKS4O11470C MKS4S014703C MKS4O114703C MKS4S014704B MKS4O MKS4S016803F MKS4O116803C MKS4S016804B 0.01 mf MKS4O1100E MKS4S01003G MKS4O11003F MKS4S01004B MKS4O110F MKS4S0104C MKS4O1103G MKS4O104B MKS4S MKS4S00B MKS4O13304C MKS4S03304F MKS4O1330B MKS4S0330B MKS4O MKS4S MKS4O1470B MKS4O16804F MKS4S0680F MKS4O1680B 0.1 mf MKS4O131004J MKS4S03100G MKS4O MKS4S031006A MKS4O1310F MKS4S03106B MKS4O130G MKS4S MKS4O13330I MKS4S033306I MKS4O133306B MKS4S033307E MKS4O MKS4S034706J MKS4S034707E MKS4O136806F MKS4S036807G 1.0 mf MKS4O141006G MKS4S041007H MKS4O141007E MKS4O14107F MKS4S04107I MKS4O1407G MKS4S0407J MKS4S0409F MKS4O143307H 4 7. MKS4S043309H MKS4O144707J MKS4S044709J MKS4O146807K MKS4O146809F 10 mf 4 7. MKS4O11009H * AC voltages: f 0 Hz; 1.4 x U rms + UC T U r New values ** PCM = printed circuit module = pin spacing ims. in mm. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 4

55 WIMA MKS 4 General ata Capacitance 000 VC/400 VAC* W H L PCM** Part number 1000 pf MKS4U011003C MKS4U01103C MKS4U0103F MKS4U013303H MKS4U013304B MKS4U014704B MKS4U016804C 0.01 mf MKS4U MKS4U0100B MKS4U010B MKS4U MKS4U0330G MKS4U0470I MKS4U04706B MKS4U06806B 0.1 mf MKS4U MKS4U03106G MKS4U03107C MKS4U0307E MKS4U033307G MKS4U034707H MKS4U036807I 1.0 mf MKS4U041007K MKS4U041009F MKS4U04109H MKS4U0409J pin P d PCM W T U Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). pin c * AC voltage: f 0 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. The values of the WIMA MKM 4 ranges according to the main catalogue 009 are still available on request. pin c Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. W PCM b P d c Urms V VC 100 VC 000 VC 3.3 µf 1.0 µf µf 0. µf 00 pf 0.01 µf. µf 1000 pf 4700 pf 0.0 µf 0.1 µf 0.47 µf f 10 Hz

56 Factor WIMA MKP 4C NEW Compact Type: Metallized Polypropylene (PP)- Capacitors in PCM 10 mm to. mm. Capacitances from mf to. mf. Rated Voltages from 40 VC to 630 VC. Special Features Very compact size, high volume/ capacitance ratio Self-healing Very high ripple and peak current High frequency AC operation capability High voltage capability According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. PFC (power factor correction) Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: mf to. mf (E1-values on request) Rated voltages: 40 VC, 0 VC, 630 VC Capacitance tolerances: ± 0%, ± 10%, ± % Operating temperature range: + C to C Climatic test category: /110/6 in accordance with IEC Insulation resistance at +0+ C: C T 0.33 mf: U 1 x 10 M (mean value: x 10 M ) C Q 0.33 mf: U sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test specifications: In accordance with issipation factors at +0+ C: tan d at f C. mf 1 khz 10 x khz x khz 0 x 10-4 Reference frequency 1 khz in accordance with IEC Maximum pulse rise time: PCM max. pulse rise timet V/msec at T A ) C 40 VC 0 VC 630 VC for pulses equal to the rated voltage Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Test voltage: 1.6 U r, sec ielectric absorption: 0.0 % erating: 8 C T A T 110 C: UC; U rms Compared to nominal voltage, the admissible AC voltage (U rms ) and C voltage (UC) have to be reduced by 1.33 % per K according to the graph. 100 C T T A : I rms ; U rms The admissible AC voltage (U rms ) or the admissible AC current (I rms ) must be reduced by a derating factor according to the graph: C-voltage (UC) 0. AC-voltage (U rms)or 0.1 AC-current (I rms) T/ C A Reliability: Operational life hours Failure rate 4 fit (0. x U r and 40) C) Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 6

57 WIMA MKP 4C General ata Capacitance 40 VC/160 VAC* 0 VC/00 VAC* W H L PCM** Part number W H L PCM** Part number mf MKPCH06803C MKPCH6803C mf MKPCH031003C MKPCH31003F MKPCH031004B MKPCH03103C MKPCH3103F MKPCH3104B MKPCH0303F MKPCH303G MKPCH0304B MKPCH304B MKPCH033303G MKPCH33304C MKPCH033304B MKPCH034703I MKPCH MKPCH034704B MKPCH3470B MKPCH036804C MKPCH36804H MKPCH3680B mf MKPCH MKPCH41004J MKPCH04100B MKPCH MKPCH MKPCH410G MKPCH MKPCH040F MKPCH40H00 Capacitance 630 VC/00 VAC* W H L PCM** Part number mf MKPCJ06803C mf MKPCJ031003F MKPCJ03103G MKPCJ03104B MKPCJ0303I MKPCJ0304C MKPCJ MKPCJ03330B MKPCJ034704F MKPCJ03470B MKPCJ036804H MKPCJ mf MKPCJ04100F MKPCJ0410G MKPCJ040I00 * AC voltages: f T 1 khz W Part number completion: Tolerance: Packing: Pin length: L 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. ** PCM = Printed circuit module = pin spacing H ims. in mm. d = 0.6 P if PCM = 10 d = 0.8 P if PCM = d PCM at the pin exit points ( ± 0.4) page 8 7

58 WIMA MKP 4C Impedance change with frequency (general guide). 1 Z 0.1 PCM 10 Z 0.1 PCM 1 Z 0.1 PCM µf µf µf µf µf µf --. µf µf µf µf µf f/mhz µf µf f/mhz f/mhz Permissible AC voltage in relation to frequency at 10 C internal temperature rise (general guide). Urms V Urms V Urms V VC 1.0 µf. µf 0.1 µf VC 1.0 µf. µf 0.1 µf VC 0.68 µf. µf µf f 106 Hz f 10 Hz f 10 Hz Permissible AC current in relation to frequency at 10 C internal temperature rise (general guide). 10 Irms A µf. µf VC f 10 6 Hz 0.1 µf 10 Irms A µf 1.0 µf 0.1 µf 0 VC f 10 Hz 10 Irms A µf 0.68 µf µf 630 VC f 10 Hz 8

59 WIMA MKP 4 Metallized Polypropylene (PP) Capacitors in PCM 7. mm to 37. mm. Capacitances from 0.01 mf to 10 mf. Rated Voltages from 100 VC to 1000 VC. Special Features High volume/capacitance ratio Self-healing Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. Sample and hold Timing Oscillating circuits High frequency coupling and decoupling Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: MKP 4: 63 VAC, 160 VAC, 00 VAC, 80 VAC Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 0.01 mf to 10 mf (E1-values on request) Rated voltages: 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC Capacitance tolerances: ± 0%, ± 10%, ± % Operating temperature range: + C to C Climatic test category: /100/6 in accordance with IEC Insulation resistance at +0+ C: C T 0.33 mf: U 1 x 10 M (mean value: x 10 M ) C Q 0.33 mf: U sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. issipation factors at + 0) C: tan d 10 x 10-4 at 1 khz Maximum pulse rise time: Capacitance max. pulse rise time V/msec at T A ) C mf 100 VC 0 VC 400 VC 630 VC 1000 VC for pulses equal to the rated voltage Test specifications: In accordance with IEC Test voltage: 1.6 U r, sec. ielectric absorption: 0.0 % Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate fit (0. x U r and 40) C). MKP4: 400 VAC Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Mechanical Tests Pull test on pins: d T 0.8 l: 10 N in direction of pins d > 0.8 l: 0 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 9

60 WIMA MKP 4 General ata Capacitance 100 VC/63 VAC* 0 VC/160 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKP40100B MKP4F0100B MKP4010B MKP4F010B MKP400B MKP4F00B MKP40330B MKP4F0330B MKP403303C MKP4F03303C MKP40470C MKP4F0470C MKP404703C MKP4F04703C MKP40680C MKP4F0680C MKP406803C MKP4F06803C mf MKP MKP4F MKP C MKP4F031003C MKP40310E MKP4F0310E MKP403103F MKP4F03103F MKP40303G MKP4F0303G MKP40304B MKP4F0304B MKP C MKP4F033304C MKP MKP4F MKP F MKP4F036804F MKP403680B MKP4F03680B mf MKP MKP4F MKP40410G MKP4F0410G MKP4040I MKP4F040I MKP40406B MKP4F0406B MKP MKP4F MKP MKP4F044706F MKP F MKP4F046806G MKP C MKP4F mf MKP401007E MKP4F01007F00 * AC voltages: f T 400 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing The high values and large box sizes according to main catalogue 01 are still available on request. ims. in mm. pin P d PCM W = U Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. page 61 60

61 WIMA MKP FKP 4 General ata Capacitance 400 VC/0 VAC* 630 VC/80 VAC* W H L PCM** Part number W H L PCM** Part number 0.01 mf MKP4G0100B MKP4J0100B MKP4J01003C MKP4G010C MKP4J010C MKP4G0103C MKP4J0103C MKP4G MKP4J MKP4G003C MKP4J003C MKP4G0330E MKP4J0330E MKP4G03303C MKP4J03303C MKP4G0470E MKP4J0470F MKP4G04703F MKP4J04703F MKP4G0680F MKP4J06803G MKP4G06803F MKP4J06804C mf MKP4G031003G MKP4J MKP4G031004B MKP4G03104C MKP4J03104F MKP4J0310B MKP4G MKP4J0304J MKP4J MKP4G033304F MKP4J03330F MKP4G03330B MKP4G MKP4J03470G MKP4J034706B MKP4G03680F MKP4J036806B mf MKP4G04100I MKP4J MKP4G041006B MKP4G04106B MKP4J04106F MKP4G0406F MKP4J0407E MKP4G043306G MKP4J043307F MKP4G043307E MKP4G044707F MKP4J044707G MKP4G046807G MKP4J046807H00 10 mf MKP4G01007H MKP4J01007J00 * AC voltages: f T 400 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing The high values and large box sizes according to main catalogue 01 are still available on request. ims. in mm. pin P d PCM W = U Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. page 6 61

62 WIMA MKP FKP 4 General ata Capacitance 1000 VC/400 VAC* W H L PCM** Part number 0.01 mf MKP4O1100F MKP4O11003F MKP4O1103F MKP4O1104B MKP4O104B MKP4O13304C MKP4O MKP4O16804F MKP4O1680B mf MKP4O131004J MKP4O MKP4O1310F MKP4O130I MKP4O1306B MKP4O133306B MKP4O MKP4O136806G mf MKP4O141007E MKP4O14107G MKP4O1407H MKP4O143307I MKP4O144707J00 * AC voltage: f T 400 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing The high values and large box sizes according to main catalogue 01 are still available on request. ims. in mm. Part number completion: Tolerance: Packing: Pin length: 0 % = M 10 % = K % = J bulk = S 6- = S Taped version see page 14. P d PCM W = U pin Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). 6

63 WIMA Capacitors for Good Contact at High Pulse Ratings and high capacitances remain unchanged. The WIMA FKP 1 series was developed to withstand extremely high pulse loads. It has an internal series connection, the metal foil electrodes being combined with a floating electrode metallized on both sides. The metal foil electrodes are safely contacted on both sides of the end surfaces. At the same time the capacitor is fully self-healing due to the floating electrode metallized on both sides. As regards pulse loading capability, WIMA FKP 1 represents the high-end of capacitor technology. WIMA pulse capacitors are suitable for high pulse and high frequency applications in e.g. switch mode power supplies, TV and monitor sets, lighting industry, audio/video equipment, convertes in drives and power electronics or in electronic ballasts. They are available with capacitances from 100 pf through 47 mf and with voltage ratings from 100 VC through 6000 VC. WIMA pulse capacitors are produced with the proven box technology using solvent-resistant, flame-retardant plastic cases according to UL 94 V-0. They are environmentally compatible with the RoHS 011/6/EU regulations. WIMA MKP 10 WIMA FKP 1 An important construction criterion in the manufacture of reliable, self-healing capacitors for pulse applications is the current-carrying capacity of the contacts, i.e. the connection between the terminating wires and the electrodes. The construction principle of the WIMA MKP 10 series consists of a non-metallized dielectric film and an carrier film metallized on both sides acting as electrode. ue to the metallization on both sides, the electrical conductivity is considerably improved and the contact surface between the electrodes and the schoopage layer is doubled. This results in better contact and allows high current and pulse loading capability. The properties of metallized capacitors such as excellent self-healing 63

64 WIMA MKP 10 Polypropylene (PP) Capacitors for Pulse Applications with ouble-sided Metallized Electrodes in PCM 7. mm to. mm. Capacitances from 1000 pf to 47 mf. Rated Voltages from 100 VC to 3000 VC. Special Features Electrical ata Pulse duty construction Self-healing Very low dissipation factor Negative capacitance change versus temperature According to RoHS 011/6/EU Typical Applications For pulse applications e.g. Switch mode power supplies TV and monitor sets Lighting Audio/video equipment Construction ielectric: Polypropylene (PP) film Capacitor electrodes: ouble-sided metallized plastic film Internal construction: MKP 10: 63 VAC, 180 VAC, 0 VAC, 80 VAC Plastic film Electrode carrier plastic film metallized on both sides Metal contact layer (schoopage) Terminating wire MKP10: 400VAC,600 VAC, 60 VAC, 700 VAC Plastic film Electrode carrier plastic film metallized on both sides Plastic film metallized on one side Metal contact layer (schoopage) Terminating wire MKP 10: 900 VAC (PCM 1 = 3-section) Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Capacitance range: 1000 pf to 47 mf (E1-values on request) Rated voltages: 100 VC, 0 VC, 400 VC, 630 VC, 1000 VC, 1600 VC, 000 VC, 00 VC, 3000 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: ) C to +100) C Insulation resistance at +0+ C: C T 0.33 mf: 1 x 10 M (mean value: x 10 M ) C 0.33 mf: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: sec. L 000 VC 00 VC 3000 VC U r 1.4 U r 1. U r U r 1.4 U r 1. U r 7 1. U r 1. U r 1. U r issipation factors at + 0) C: tan d Climatic test category: /100/6 in accordance with IEC ielectric absorption: 0.0 % Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages. Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Specific dissipation: Box size* Specific dissipation in Watts per K W x H x L in mm above the ambient temperature 3 x 0 x x x x 6 x * other box sizes see page 11. at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 6 x x x khz 6 x x khz 1 x 10-4 Maximum pulse rise time for pulses equal to the rated voltage Capacitance max. pulse rise time V/msec at T A ) C pf/mf 100 VC 0 VC 400 VC 630 VC 1000 VC 1600 VC 000 VC 00 VC 3000 VC Mechanical Tests Pull test on pins: d T 0.8 l: 10 N in direction of pins d > 0.8 l: 0 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 64

65 WIMA MKP FKP 10 4 General ata Capacitance 100 VC/63 VAC* 0 VC/180 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKP101100C MKP1F01100C MKP10110C MKP1F0110C MKP1010C MKP1F010C MKP101330C MKP1F01330C MKP101470C MKP1F01470C MKP101680C MKP1F01680C 0.01 mf MKP10100C MKP1F0100C MKP1F01003C MKP1010C MKP1F010C MKP1F0103C MKP100C MKP1F00C MKP1F003C MKP10330E MKP1F0330E MKP103303C MKP1F03303C MKP10470E MKP1F0470E MKP104703C MKP1F04703C MKP106803F MKP1F06803F MKP1F06804B 0.1 mf MKP G MKP1F031003G MKP1F031004B MKP103104C MKP1F03104C MKP1F0310B MKP MKP1F MKP1F030B MKP F MKP1F033304F MKP1F03330B MKP J MKP1F034704J MKP MKP1F MKP103680F MKP1F03680F MKP1F036806A 1.0 mf MKP104100G MKP1F04100I MKP1F041006B MKP104106B MKP1F MKP1F04107C MKP MKP1F0406F MKP1F0407C MKP G MKP1F043306I MKP1F043307E MKP J MKP1F044706J MKP E MKP1F044707F MKP F MKP1F046807G 10 mf MKP101007G MKP1F01007H MKP10107H MKP1F0107J MKP10107I MKP1F0109F MKP1007J MKP1F009F MKP103307K MKP1F03309J MKP103309F MKP104709J * AC voltage: f T 1000 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 66 6

66 WIMA MKP FKP 10 4 General ata Capacitance 400 VC/0 VAC* 630 VC/400 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKP1G01100C * MKP1J01100C MKP1G0110C * MKP1J0110C MKP1G010C * MKP1J010C MKP1G01330C * MKP1J01330C MKP1G01470C * MKP1J01470C MKP1G01680C * MKP1J01680C MKP1J016803C 0.01 mf MKP1G0100C * MKP1J0100E MKP1G01003C MKP1J01003C MKP1G010E MKP1J0103F MKP1G0103C MKP1J0104B MKP1G00E MKP1J003F MKP1G003C MKP1J004B MKP1G0330F MKP1J03303G MKP1G03303F MKP1J03304B MKP1G04703G MKP1J04704C MKP1G04704B MKP1J0470B MKP1G06804C MKP1J MKP1G0680B MKP1J0680B 0.1 mf MKP1G MKP1J031004J MKP1G03100B MKP1J MKP1G03104F MKP1J0310F MKP1G0310B MKP1J03106A MKP1G0304J MKP1J030F MKP1G MKP1J0306A MKP1G03330F MKP1J03330I MKP1G033306A MKP1J033306B MKP1G03470G MKP1J034706B MKP1G034706A MKP1G03680I MKP1J036806F MKP1G036806B MKP1J036807C 1.0 mf MKP1G MKP1J041006G MKP1G041007C MKP1J MKP1G04106G MKP1J04106J MKP1G04107C MKP1J04107F MKP1G0406J MKP1J0407G MKP1G0407E MKP1G043307G MKP1J043307H MKP1G044707G MKP1J044707J MKP1G046807H MKP1J046807K MKP1J046809F 10 mf MKP1G01007J 4 7. MKP1J01009H MKP1G01009F MKP1G0107K MKP1G0109F MKP1G009J * AC voltage: f T 1000 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing * Admissible AC voltage 80 VAC. ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page page 67

67 WIMA MKP FKP 10 4 General ata Capacitance 1000 VC/600 VAC* 1600 VC/60 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKP1O11100C MKP1T011003C MKP1O111003C MKP1O1110C MKP1T01103C MKP1O11103C MKP1O110C MKP1T0103C MKP1O1103C MKP1O11330C MKP1T013303C MKP1O113303C MKP1O MKP1T014703F MKP1O114703C MKP1O11680F MKP1T016803G MKP1O116803F MKP1T016804B 0.01 mf MKP1O11003F MKP1T01004B MKP1O11004B MKP1O1103G MKP1T0104C MKP1O1104B MKP1T010B MKP1O104C MKP1T MKP1O10B MKP1T00B MKP1O MKP1T03304F MKP1O1330B MKP1T0330B MKP1O14704F MKP1T MKP1O1470B MKP1T04706A MKP1O MKP1T0680G MKP1T06806A 0.1 mf MKP1O13100F MKP1T03100I MKP1O131006B MKP1T031006B MKP1O1310I MKP1T MKP1O13106B MKP1O1306B MKP1T0306F MKP1T0307C MKP1O MKP1T033306I MKP1O133306F MKP1T033307E MKP1O133307C MKP1O134706G MKP1T034706J MKP1O134707C MKP1T034707F MKP1O136806J MKP1T036807G MKP1O136807E 1.0 mf MKP1O141007G MKP1T041007H MKP1O14107H MKP1T04107I MKP1O1407I MKP1T0407K MKP1T0409F MKP1O143307K MKP1T043309J MKP1O143309F MKP1O144709H * AC voltage: f T 1000 Hz; 1.4 x U rms + UC T U r ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 68 67

68 WIMA MKP FKP 10 4 General ata Capacitance 000 VC/700 VAC* 00 VC/700 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MKP1U011003C MKP1V011004B MKP1V01100B MKP1U01103C MKP1V01104B MKP1V0110B MKP1U0103F MKP1V0104B MKP1U0104B MKP1V010B MKP1U013304B MKP1V013304B MKP1V01330B MKP1U014704B MKP1V014704C MKP1U01470B MKP1V01470B MKP1U016804C MKP1V MKP1U01680B MKP1V mf MKP1U MKP1V0100F MKP1U0100B MKP1U0104F MKP1V010G MKP1U010B MKP1U004J MKP1V00I MKP1U MKP1U0330F MKP1V0330I MKP1U03306A MKP1V03306A MKP1U0470G MKP1V04706B MKP1U04706B MKP1U0680I MKP1V MKP1U06806B 0.1 mf MKP1U MKP1V031006F MKP1V031007C MKP1U03106F MKP1V03106I MKP1U03107C MKP1V MKP1U0306I MKP1V0307F MKP1U0307E MKP1U033307F MKP1V033307H MKP1U034707G MKP1V034707I MKP1U036807H MKP1V036807J 1.0 mf MKP1U041007J MKP1V041007K MKP1V041009F MKP1U04107K 4 7. MKP1V04109H MKP1U04109F MKP1U0409H * AC voltage: f T 1000 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 69 68

69 WIMA MKP 10 General ata 3000 VC/700 VAC* Capacitance * AC voltage: f T 1000 Hz; 1.4 x U rms + UC T U r W H L PCM** Part number 0.01 mf , MKP1W0100F New box sizes , MKP1W010G ** PCM = Printed circuit module = pin spacing , MKP1W00I MKP1W0330I ims. in mm MKP1W03306A MKP1W04706B The box sizes according to the main catalogue MKP1W06806 are still available on request 0.1 mf MKP1W031006F Ionisation inception MKP1W031007C Part number completion: level in isolated MKP1W03106I cases may be lower Version code: -pin = MKP1W03107 than admissible 4-pin = MKP1W0307F rated AC voltage. Tolerance: 0 % = M MKP1W033307H 10 % = K MKP1W034707I % = J MKP1W036807J Packing: bulk = S 1.0 mf MKP1W041007K Pin length: 6- = S MKP1W041009F Taped version see page MKP1W04109H pin P d PCM pin c pin c W PCM b P d c Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). 69

70 WIMA FKP 1 Polypropylene (PP) Capacitors for Pulse Applications with Metal Foil Electrodes and Metallized Internal Series Connection in PCM 1 mm to. mm. Capacitances from 100 pf to 4.7 mf. Rated Voltages from 400 VC to 6000 VC. Special Features Extremely high pulse duty Self-healing Internal series connection Very low dissipation factor Negative capacitance change versus temperature According to RoHS 011/6/EU Typical Applications For high pulse and high frequency applications e.g. Switch mode power supplies Converters in drives and power electronics eflection systems in monitors and TV-sets Electronic ballasts Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Aluminium foil and double-sided metallized plastic film Internal construction: Plastic film Metal foil electrode Electrode carrier plastic film metallized on both sides Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 100 pf to 4.7 mf (E1-values on request) Rated voltages: 400 VC, 630 VC, 1000 VC, 10 VC, 1600 VC, 000 VC, 4000 VC, 6000 VC Capacitance tolerances: ±0%, ±10%, ±% (other tolerances are available subject to special enquiry) Operating temperature range: + C to C Climatic test category: /100/6 in accordance with IEC Test voltage: U r, sec / 6 kv: 1.6 U r, sec. ielectric absorption: 0.0 % issipation factors at +0+ C: tan d Insulation resistance at +0+ C: C T 0.1 mf: 1 x 10 M (mean value: x 10 M ) C 0.1 mf: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40+ C) at f C 0.1 mf 0.1 mf P C 1.0 mf C 1.0 mf 1 khz 6 x x x khz 6 x x khz 10 x 10-4 Maximum pulse rise time: for pulses equal to the rated voltage Capacitance max. pulse rise time V/msec at T A ) C pf/mf 400 VC 630 VC 1000 VC 10 VC 1600 VC 000 VC 4000 VC 6000 VC Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Yellow Mechanical Tests Pull test on pins: d T 0.8 l: 10 N in direction of pins d > 0.8 l: 0 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 70

71 WIMA FKP 1 General ata Capacitance 400 VC/0 VAC* 630 VC/400 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKP1G011004B FKP1J011004B FKP1G01104B FKP1J01104B FKP1G0104B FKP1J0104B FKP1G013304B FKP1J013304B FKP1G014704B FKP1J014704B FKP1G016804B FKP1J016804C 0.01 mf FKP1G01004B FKP1J FKP1J0100A FKP1G0104C FKP1J0104F FKP1J010B FKP1G FKP1J FKP1G00A FKP1G03304F FKP1J0330F FKP1G0330B FKP1G FKP1J0470H FKP1J04706A FKP1G0680F FKP1J06806B FKP1J06807A 0.1 mf FKP1G03100H FKP1J FKP1G031006A FKP1J031007B FKP1G03106B FKP1J03107C FKP1G FKP1J FKP1G0307B FKP1G033307C FKP1J033307F , FKP1G034707E FKP1J034707G FKP1G036807F FKP1J036807H 1.0 mf FKP1G041007G FKP1J041007J FKP1G04107I FKP1J04107K FKP1J04109F , 37. FKP1G0407J 4 7. FKP1J0409H FKP1G043309F FKP1G044709J * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. The values of the WIMA FKP 4 range according to main catalogue 01 are still available on request. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completeion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 7 71

72 WIMA FKP 41 General ata Capacitance 1000 VC/600 VAC* 10 VC/600 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf FKP1O111004B FKP1R011004B FKP1O11104B FKP1R01104B FKP1O1104B FKP1R0104B FKP1O113304B FKP1R013304C FKP1O114704C FKP1R FKP1O FKP1R016804F FKP1R01680A 0.01 mf FKP1O11004F FKP1R FKP1O1100B FKP1O110B FKP1R010F FKP1O10F FKP1R00H FKP1O1330H FKP1R03306B FKP1O13306A FKP1R03307A FKP1O14706B FKP1R FKP1R04707B FKP1O FKP1R06807B FKP1O16807B 0.1 mf FKP1O131007C FKP1R FKP1O FKP1R03107E FKP1O1307F FKP1R0307F FKP1O133307G FKP1R033307H FKP1O134707I FKP1R034707I FKP1O136807J FKP1R036807K 1.0 mf FKP1O141007K FKP1R041009F FKP1O141009F FKP1O14109H FKP1R04109J FKP1O1409J * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. -pin version 4-pin version pin P d PCM pin c pin c W PCM b P d c page 73 7

73 WIMA FKP 41 General ata Capacitance 1600 VC/60 VAC* 000 VC/700 VAC* W H L PCM** Part number W H L PCM** Part number 100 pf FKP1T001004B FKP1U001004B FKP1T00104B FKP1U00104B FKP1T0004B FKP1U0004B FKP1T003304B FKP1U003304C FKP1T004704B FKP1U004704C FKP1T006804B FKP1U006804C 1000 pf FKP1T011004C FKP1U FKP1T01100A FKP1U01100A FKP1T FKP1U0110B FKP1T0110A FKP1T0104F FKP1U FKP1T010A FKP1T01330B FKP1U FKP1T FKP1U01470F FKP1T01680F FKP1U01680H 0.01 mf FKP1T0100H FKP1U01006B FKP1T0106B FKP1U FKP1T006B FKP1U006F FKP1U007C FKP1T FKP1U03307C FKP1T03307C FKP1T04707C FKP1U04707E FKP1T FKP1U06807F 0.1 mf FKP1T031007E FKP1U031007G FKP1T03107G FKP1U03107H FKP1T0307H FKP1U0307J FKP1T033307I FKP1U033307K FKP1T034707K 4 7. FKP1U034709H FKP1T036809F FKP1U036809J 1.0 mf 4 7. FKP1T041009H * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. -pin version 4-pin version Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin lenght: 6- = S Taped version see page 14. pin P d PCM pin c pin c W PCM b P d c page 74 73

74 WIMA FKP 41 General ata Capacitance 4000 VC/700 VAC* 6000 VC/700 VAC* W H L PCM** Part number W H L PCM** Part number 470 pf FKP1X00470A FKP1Y00470A FKP1X00680A FKP1Y00680A 1000 pf FKP1X01100A FKP1Y01100A FKP1X FKP1Y FKP1X010F FKP1Y010H FKP1X01330H FKP1Y01330H FKP1X014706B FKP1Y014706B FKP1X FKP1Y mf FKP1X01006F FKP1Y01006F FKP1X0107C FKP1Y0107C FKP1X007E FKP1Y007E FKP1X03307G FKP1Y03307G FKP1X04707H FKP1Y04707H FKP1X06807I FKP1Y06807I 0.1 mf FKP1X031007J FKP1Y031007J FKP1X03107K FKP1Y03107K FKP1X0309H 4 7. FKP1Y0309H * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r New values ** PCM = Printed circuit module = pin spacing ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V µf 1000 pf 00 pf 4700 pf 0.0 µf Urms V µf 0.1 µf 4700 pf 1000 pf pf µf 00 pf 0.01 µf 630 VC µf 0. µf 0.01 µf 1600 VC f 106 Urms Hz V pf 0.01 µf µf 0. µf 1000 pf 4700 pf 0.0 µf f 106 Urms Hz V pf 0.0 µf µf 100 pf 0.01 µf 100 pf 0 pf 1000 VC 0.1 µf 000 VC Urms V µf 0.1 µf 1000 pf f 106 Urms Hz V µf 0.1 µf 4700 pf 1000 pf 00 pf 0.01 µf f 106 Hz Urms V pf 0.01 µf 470 pf 1000 pf 4700 pf VC 00 pf 4700 pf 0.01 µf µf 0. µf f 106 Hz 10 VC µf 0. µf f 106 Hz VC 6000 VC 0.0 µf f 106 Hz

75 WIMA Radio Interference Suppression Capacitors for Overvoltage Protection and Y. Based on the dielectric used they are highly cost-effective. WIMA metallized paper capacitors are neither actively nor passively flammable. The components are resin impregnated under vacuum and encapsulated with self- extinguishing cast resin. Thanks to the good oxidation behaviour of the paper dielectric, they have outstanding selfhealing properties even with high energy pulses. The capacitors are specified for temperatures up to 110) C and are available for class X1, X and Y applications. Class X capacitors are connected between phase and neutral or phase and phase conductors. Class Y capacitors have an increased degree of electrical and mechanical safety and are connected, for example, between phase conductors and earthed casing, and thus by-pass operating insulation. WIMA RFI capacitors with metallized paper dielectric are available with capacitances from 1000 pf through 1.0 mf and voltage ratings of 0 VAC, 7 VAC, 300 VAC, 440 VAC and 00 VAC. WIMA MKP-X WIMA MKP-X1 R WIMA MKP-Y WIMA MP 3-X WIMA MP 3-X1 WIMA MP 3-Y/3R-Y epending on the application, radio interference suppression capacitors remain on the mains for an uninterrupted period of 10, 0 or more years. They need not only satisfy EMC requirements in suppressing outgoing interference from an application but they also have to protect the application from incoming power surges. Hence careful selection of these components is essential. The special feature of WIMA Polypropylene RFI capacitors are the high capacitance values at smaller case sizes compared to metallized paper capacitors, being available with capacitances from 1000 pf through 10 mf at AC voltages of 300 VAC, 30 VAC and 440 VAC for class X, X1 The specified rated AC voltage takes into account a rise of the mains voltage of up to 10 % above the nominal value, in accordance with IEC The components are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. 7

76 WIMA MKP-X Metallized Polypropylene (PP) RFI-Capacitors Class X in PCM 7. mm to 37. mm. Capacitances from 1000 pf to 10 mf. Rated Voltage 30 VAC. Special Features Reliable self-healing High degree of interference suppression due to good attenuation and low ESR According to RoHS 011/6/EU Typical Applications Class X RFI applications to meet EMC regulations Capacitors connected to the mains between phase and neutral or phase conductors General requirements, pulse peak voltage T. kv Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 1000 pf to 10 mf Rated voltage: 30 VAC Continuous C voltage* (general guide): 60 V Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: ) C to +10) C Climatic test category: /10/6 in accordance with IEC Passive flammability class: B for capacitors with V 170 mm 3 C for capacitors with V 170 mm 3 Test specifications: In accordance with IEC issipation factors at + 0) C: tan d Insulation resistance at +0+ C: C T 0.33 mf: 1 x 10 3 M C 0.33 mf: 000 sec (M x mf) Measuring voltage: 100 V/1 min. Maximum pulse rise time: 100 V/msec for pulses equal to a voltage amplitude with x 30 VAC = 43 V according to IEC Test voltage: C T 1.0 mf: 60 VC, sec. C 1.0 mf: 1800 VC, sec. Reliability: Operational life hours Failure rate fit (0. x U r and 40) C) at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 1 x x x khz 0 x x khz 100 x 10-4 Approvals: Country Authority Specification Symbol Approval-No. Germany VE IEC / USA/Canada UL UL E CAN/CSA-E Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 76

77 WIMA MKP-X General ata Capacitance 30 VAC* W H L PCM** Part number 1000 pf MKXAW1100C MKXAW110C MKXAW110C MKXAW1180C MKXAW10C MKXAW170C MKXAW1330C MKXAW1390C MKXAW1470C MKXAW160C MKXAW1680C MKXAW180C mf MKXAW100C MKXAW1003F MKXAW10C MKXAW103F MKXAW10C MKXAW103F MKXAW180C MKXAW1803F MKXAW0C MKXAW03F MKXAW70E MKXAW703F MKXAW330E MKXAW3303F MKXAW390F MKXAW3903F MKXAW470F MKXAW4703H MKXAW4704B MKXAW603H MKXAW604B MKXAW6803H MKXAW6804B MKXAW803H MKXAW804B00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0.6 P if PCM 1 d = 0.8 P if PCM 1 Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 78 77

78 WIMA MKP-X FKP 4 General ata Capacitance 30 VAC* W H L PCM** Part number 0.1 mf MKXAW31003I MKXAW31004B MKXAW31004C MKXAW3104C MKXAW3104C MKXAW3104F MKXAW310B MKXAW31804F MKXAW3180B MKXAW304H MKXAW304F MKXAW30B MKXAW3704F MKXAW MKXAW33304M MKXAW33304J MKXAW MKXAW3390F MKXAW3470F MKXAW3470G MKXAW34706A MKXAW360G MKXAW3606A MKXAW3680G MKXAW3680I MKXAW36806A MKXAW380I MKXAW3806A00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. d = 0.6 P if PCM = 10 d = 0.8 P if PCM 1 page 79 78

79 WIMA MKP-X FKP 4 General ata Capacitance 30 VAC* W H L PCM** Part number 1.0 mf MKXAW4100I MKXAW41006B MKXAW MKXAW4106B MKXAW MKXAW4106F MKXAW4107C MKXAW MKXAW41807C MKXAW406F MKXAW406G MKXAW407C MKXAW MKXAW4706G MKXAW MKXAW4707E MKXAW43306I MKXAW43306J MKXAW MKXAW43307E MKXAW43906I MKXAW43907E MKXAW43907F MKXAW44706J MKXAW44707F MKXAW44707G MKXAW4607F MKXAW4607G MKXAW46807G MKXAW46807H MKXAW4807H MKXAW4807I00 10 mf MKXAW1007H MKXAW1007I00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0.8 P if PCM 7. d = 1.0 P if PCM = 37. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page

80 WIMA MKP-X1 R Metallized Polypropylene (PP) RFI-Capacitors Class X1 with Internal Series Connection in PCM 10 mm to 37. mm. Capacitances from 1000 pf to. mf. Rated Voltage 440 VAC. Special Features Reliable self-healing Increased corona inception level due to internal series connection High degree of interference suppression due to good attenuation and low ESR According to RoHS 011/6/EU Typical Applications Class X1 RFI applications to meet EMC regulations Capacitors connected to the mains between phase and neutral or phase and phase conductors High peak voltage applications, pulse peak voltage T 4 kv Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: ielectric Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 1000 pf to. mf Rated voltage: 440 VAC Continuous C voltage* (general guide): 1000 V Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: + C to +10+ C Climatic test category: /10/6 in accordance with IEC Passive flammability class: B for capacitors with V 170 mm 3 C for capacitors with V 170 mm 3 Test specifications: In accordance with IEC issipation factors at +0 C: tan d Insulation resistance at +0+ C: C T 0.33 mf: 1 x10 3 M C 0.33 mf: 000 sec (M x mf) Measuring voltage: 100 V/1 min. Maximum pulse rise time: 100 V/msec for pulses equal to a voltage amplitude with x 440 VAC = 63 V according to IEC Test voltage: C T 1.0 mf: 60 VC, sec. C 1.0 mf: 1900 VC, sec. Reliability: Operational life hours Failure rate fit (0. x U r and 40) C) at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 1 x x x khz 0 x x khz 100 x 10-4 Approvals: Country Authority Specification Symbol Approval-No. Germany VE IEC / USA/Canada UL UL E CAN/CSA-E Mechanical Tests Packing PCM 10: triple series connection Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V 0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 80

81 WIMA MKP-X1 R General ata Capacitance 440 VAC* W H L PCM** Part number 1000 pf MKX14W MKX14W MKX14W MKX14W MKX14W MKX14W MKX14W MKX14W MKX14W14703F MKX14W1603F MKX14W16803H MKX14W16804B MKX14W1803H MKX14W1804B mf MKX14W1003I MKX14W1004B MKX14W104B MKX14W104B MKX14W1804B MKX14W04C MKX14W704C MKX14W3304F MKX14W3904F MKX14W4704F MKX14W604F MKX14W6804J MKX14W680B MKX14W8000 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0.6 P if PCM = 10 d = 0.8 P if PCM = 1 -. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 8 81

82 WIMA MKP-X1 R General ata Capacitance 440 VAC* W H L PCM** Part number 0.1 mf MKX14W3100B MKX14W MKX14W MKX14W310F MKX14W MKX14W310F MKX14W3106A MKX14W3180F MKX14W3180G MKX14W31806A MKX14W30F MKX14W30I MKX14W306A MKX14W370G MKX14W3706A MKX14W3706B MKX14W3330I MKX14W33306A MKX14W33306B MKX14W33307C MKX14W33906B MKX14W MKX14W33907C MKX14W34706B MKX14W34706F MKX14W34707C MKX14W MKX14W3606F MKX14W3607C MKX14W MKX14W36806F MKX14W36806G MKX14W36807C MKX14W MKX14W36807E MKX14W3806F MKX14W3806I MKX14W3807C MKX14W3807E MKX14W3807F00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. d = 0.8 P if PCM 7. d = 1.0 P if PCM = 37. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page page 83

83 WIMA MKP-X1 R General ata Capacitance 440 VAC* W H L PCM** Part number 1.0 mf MKX14W41006G MKX14W41006J MKX14W MKX14W41007E MKX14W41007G MKX14W4106I MKX14W4107E MKX14W4106J MKX14W4107F MKX14W41807F MKX14W407G00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. d = 0.8 P if PCM = 7. d = 1.0 P if PCM =

84 WIMA MKP-Y Metallized Polypropylene (PP) RFI-Capacitors Class Y in PCM 10 mm to 37. mm. Capacitances from 1000 pf to 1.0 mf. Rated Voltage 300 VAC. Special Features Reliable self-healing High degree of interference suppression due to good attenuation and low ESR According to RoHS 011/6/EU Typical Applications Class Y RFI applications to meet EMC regulations Capacitors connected to the mains between phase or neutral and earthed casing By-passing of the basic or supplementary insulation, pulse peak voltage kv Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: ielectric Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Electrical ata Capacitance range: 1000 pf to 1.0 mf Rated voltage: 300 VAC Continuous C voltage* (general guide): 1000 V Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: ) C to +10) C Climatic test category: /10/6 in accordance with IEC Passive flammability class: B for capacitors with V 170 mm 3 C for capacitors with V 170 mm 3 issipation factors at + 0) C: tan d Mechanical Tests Insulation resistance at +0+ C: C T 0.33 mf: 1 x10 3 M C 0.33 mf: 000 sec (M x mf) Measuring voltage: 100 V/1 min. Test specifications: In accordance with IEC Maximum pulse rise time: 100 V/msec for pulses equal to a voltage amplitude with x 300 VAC = 4 V according to IEC Test voltage: 700 VC, sec. Reliability: Operational life hours Failure rate fit (0. x U r and 40) C) at f C 0.1 mf 0.1 mf < C T 1.0 mf 1 khz 1 x x khz 0 x x khz 100 x 10-4 Approvals: Country Authority Specification Symbol Approval-No. Germany VE IEC / USA/Canada UL UL E CAN/CSA-E Packing PCM 10: triple series connection Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Available taped and reeled. etailed taping information and graphs at the end of the catalogue. * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC For further details and graphs please refer to Technical Information. 84

85 WIMA MKP-Y General ata Capacitance 300 VAC* W H L PCM** Part number 1000 pf MKYW MKYW MKYW MKYW MKYW MKYW MKYW MKYW MKYW14703F MKYW1603F MKYW16803H MKYW16804B MKYW1803H MKYW1804B mf MKYW1003I MKYW1004B MKYW104B MKYW104B MKYW1804B MKYW04C MKYW704C MKYW3304F MKYW3904F MKYW4704F MKYW604F MKYW6804J MKYW680B MKYW8000 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. d = 0.6 l if PCM = 10 d = 0.8 P if PCM = 1 -. page 86 8

86 WIMA MKP-Y General ata Capacitance 300 VAC* W H L PCM** Part number 0.1 mf MKYW MKYW310F MKYW310F MKYW3106A MKYW3180G MKYW31806A MKYW30I MKYW306A MKYW3706B MKYW33306B MKYW33307C MKYW MKYW33907C MKYW34706F MKYW34707C MKYW3606F MKYW3607C MKYW MKYW36806G MKYW MKYW36807E MKYW3806I MKYW3807E MKYW3807F mf MKYW41006J MKYW41007E MKYW41007G00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. d = 0.8 P if PCM 7. d = 1.0 P if PCM =

87 WIMA MP 3-X Metallized Paper (MP) RFI-Capacitors Class X in PCM 10 mm to 7. mm. Capacitances from 1000 pf to 1.0 mf. Rated Voltages 0 VAC and 7 VAC. Special Features Particularly high reliability against active and passive flammability Excellent self-healing as well as high voltage strength High degree of interference suppression due to good attenuation and low ESR For temperatures up to +110 C According to RoHS 011/6/EU Typical Applications Class X RFI applications to meet EMC regulations Capacitors connected to the mains between phase and neutral or phase and phase conductors General requirements, pulse peak voltage T. kv Construction ielectric: Paper, epoxy resin impregnated Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 1000 pf to 1.0 mf (E1-values on request) Rated voltages: 0 VAC, 7 VAC Continuous C voltage* (general guide): 630 V Capacitance tolerances: ±0% Operating temperature range: 40) C to +110) C Climatic test category: 40/110/6/C in accordance with IEC Insulation resistance at +0+ C: C T 0.33 mf: 1 x 10 3 M C 0.33 mf: 4000 sec (M x mf) Measuring voltage: 100 V/1 min. issipation factors: tan d T 13 x 10 3 at 1 khz and +0+ C Test specifications: In accordance with IEC Approvals: Maximum pulse rise time: Capacitance Pulse rise time V/msec pf/mf max. operation for pulses equal to a voltage amplitude with x UAC = 390 V according to IEC Test voltage: 1300 VC, sec. Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Country Authority Specification Symbol Approval-No. Germany VE IEC E USA/Canada UL UL E CAN/CSA-E V EN Capacitor paper Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Self-extinguishing epoxy resin, UL 94 V-0, metal foil Terminations: Tinned wire. Marking: Marking: Black on Silver. Mounting Recommendation To minimize or avoid shock and/or vibration stresses to terminating wires and solder connections we recommend to fix voluminous resin-potted MP capacitors as from e.g. PCM. mm in an appropriate way since for constructional reasons they do not sit tight on the board. * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC Packing Available taped and reeled up to and including PCM. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 87

88 WIMA MP 3-X General ata Capacitance 0 VAC* 7 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MPX0W1100FA MPX1W1100FA MPX0W110FA MPX1W110FA MPX0W10FA MPX1W10FA MPX0W1330FA MPX1W1330FA MPX0W1470FB MPX1W1470FB MPX0W1680FC MPX1W1680FC mf MPX0W100FC MPX1W100FC MPX0W10FC MPX1W10FC MPX0W0FC MPX1W0FC MPX0W330F MPX1W330F MPX0W470FE MPX1W470FE MPX0W168FF MPX1W680FF mf MPX0W3100FG MPX1W3100FG MPX0W3100FH MPX1W3100FH MPX0W310FH MPX1W310FH MPX0W30FI MPX1W30FI MPX0W3330FJ MPX1W3330FJ MPX0W3470FK MPX1W3470FK MPX0W3680FL MPX1W3680FL mf MPX0W4100FM MPX1W4100FM00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing Upon request with long pins 3- mm max. ims. in mm. Part number completion: Tolerance: 0 % = M Packing: bulk = S Pin length: 6- = S Taped version see page 14. W L 10 d = 0.6 P if PCM 10 d = 0.8 P if PCM U 1 6- d H PCM at the pin exit points ( ± 0.) Z pf µf µf µf µf µF PCM µf PCM pf pf PCM pf PCM f/mhz Impedance change with frequency (general guide) 88

89 WIMA MP 3-X1 Metallized Paper (MP) RFI-Capacitors Class X1 in PCM 10 mm to 7. mm. Capacitances from 1000 pf to 0. mf. Rated Voltages from 300 VAC to 00 VAC. Special Features Particularly high reliability against active and passive flammability Excellent self-healing as well as high voltage strength High degree of interference suppression due to good attenuation and low ESR For temperatures up to +110 C According to RoHS 011/6/EU Typical Applications Class X1 RFI applications to meet EMC regulations Capacitors connected to the mains between phase and neutral or phase and phase conductors High peak voltage applications, pulse peak voltage T 4 kv Construction ielectric: Paper, epoxy resin impregnated Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 1000 pf to 0. mf (E1-values on request) Rated voltages: 300 VAC, 440 VAC, 00 VAC Continuous C voltage* (general guide): 730 V for 300 VAC 80 V for 440 VAC and 00 VAC Capacitance tolerances: ±0% Operating temperature range: 40) C to +110) C Climatic test category: 40/110/6/C in accordance with IEC Insulation resistance at +0+ C: 1 x 10 3 M Measuring voltage: 100 V/1 min. for 300 VAC and 440 VAC 00 V/1 min. for 00 VAC issipation factors: tan d T 13 x 10 3 at 1 khz and +0+ C Approvals: Test specifications: In accordance with IEC Maximum pulse rise time: Capacitance Pulse rise time V/msec pf/mf max. operation for pulses equal to a voltage amplitude with x 300 VAC = 4 V, with x 440 VAC = 63 V, with x 00 VAC = 707 V according to IEC Test voltage: 300 VC, sec. Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Country Authority Specification Symbol Approval-No. Germany VE IEC E EN (440/00 VAC) (300 VAC) USA/Canada UL UL E (300 VAC) CAN/CSA-E V Capacitor paper Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Self-extinguishing epoxy resin, UL 94 V-0, metal foil Terminations: Tinned wire. Marking: Marking: Black on Silver. Mounting Recommendation To minimize or avoid shock and/or vibration stresses to terminating wires and solder connections we recommend to fix voluminous resin-potted MP capacitors as from e.g. PCM. mm in an appropriate way since for constructional reasons they do not sit tight on the board. * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC Packing Available taped and reeled up to and including PCM. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 89

90 WIMA MP 3-X1 General ata Capacitance 300 VAC* 440 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MPX1W1100FA MPX1W110FA MPX1W10FA MPX1W1330FA MPX1W1470FB MPX1W1680FC MPX14W1680FC mf MPX1W100FC MPX14W100FC MPX1W10F MPX14W10F MPX1W0FE MPX14W0FE MPX1W330FF MPX14W330FG MPX1W470FG MPX1W680FH mf MPX1W3100FI MPX1W310FJ MPX1W30FK00 Capacitance 00 VAC* W H L PCM** Part number 6800 pf MPX1W1680FC mf MPX1W100FC MPX1W10F MPX1W0FE MPX1W330FG00 * f = 0/60 Hz ims in mm. Rights reserved to amend design data without prior notification. Part number completion: Tolerance: 0 % = M Packing: bulk = S Pin length: 6- = S Taped version see page 14. ** PCM = Printed circuit module = pin spacing Upon request with long pins 3- mm max. 6- W d = 0.6 l if PCM10 d = 0.8 l if PCMU1 d H L PCM at the pin exit points ( ± 0.) Typical Graphs of the Capacitor Paper ielectric valid for: MP 3-X MP 3-X1 MP 3-Y / 3R-Y C/C (%) T( C) Capacitance change versus temperature (f =1 khz) (general guide) tan (x 10-3) T( C) issipation factor change versus temperature (f = 1 khz) (general guide) M x µf(s) T( C) Insulation resistance change versus temperature (general guide) tan (x 10-3) f/hz issipation factor change versus frequency (general guide). 90

91 WIMA MP 3-Y / 3R-Y Metallized Paper (MP) RFI-Capacitors Class Y in PCM 10 mm to 7. mm. Capacitances from 1000 pf to 0.1 mf. Rated Voltages 0 VAC and 300 VAC. Special Features Particularly high reliability against active and passive flammability Excellent self-healing as well as high voltage strength Twice the safety by internal series connection (300 VAC) High degree of interference suppression due to good attenuation and low ESR For temperatures up to +110 C According to RoHS 011/6/EU Typical Applications Class Y RFI applications to meet EMC regulations Capacitors connected to the mains between phase or neutral and earthed casing By-passing of the basic or supplementary insulation, pulse peak voltage T kv Construction ielectric: Paper, epoxy resin impregnated Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 1000 pf to 0.1 mf (E1-values on request) Rated voltages: 0 VAC, 300 VAC Continuous C voltage* (general guide): 0 VAC: 1000 V 300 VAC: 10 V Capacitance tolerances: ±0% Operating temperature range: 40) C to +110) C Climatic test category: 0 VAC: 40/110/6/C 300 VAC: 40/110/6/B in accordance with IEC Insulation resistance at +0+ C: 1 x 10 3 M Measuring voltage: 100 V/1 min. issipation factors: tan d T 13 x 10 3 at 1 khz and +0+ C Test specifications: in accordance with IEC Approvals: Country Authority Specification Germany VE IEC USA/Canada UL UL CAN/CSA-E Maximum pulse rise time 0 VAC: Capacitance Pulse rise time V/msec pf/mf max. operation Maximum pulse rise time 300 VAC: Capacitance Pulse rise time V/msec pf/mf max. operation for pulses equal to a voltage amplitude with x 0 VAC = 3 V with x 300 VAC = 4 V according to IEC Test voltage: 400 VC, sec. Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Symbol Approval-No. 0 VAC 300 VAC 0 VAC 300 VAC V E EN E E VAC 300 VAC Capacitor paper Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Capacitor paper Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Self-extinguishing epoxy resin, UL 94 V-0. metal foil Terminations: Tinned wire. Marking: Marking: Black on Silver. Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC * If safety-approved EMI suppression capacitors are operated with a C voltage being above the specified AC voltage rating the given approvals are no longer valid (IEC ). Furthermore the permissible pulse rise time du/dt (F max.) will be subject to a reduction according to F max. = F r x x UAC / UC if the C operating voltage UC is higher than x UAC Packing Available taped and reeled. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 91

92 WIMA MP 3-Y / 3R-Y General ata Capacitance 0 VAC* 300 VAC* W H L PCM** Part number W H L PCM** Part number 1000 pf MPY0W1100FA MPRYW1100FC MPY0W110FA MPRYW110FC MPY0W10FA MPRYW10FC MPY0W1330FA MPRYW1330FC MPY0W1470FB MPRYW1470F MPY0W1680FC MPRYW1680FE mf MPY0W100FC MPRYW100FF MPY0W10F MPRYW10FG MPY0W0FE MPRYW0FH MPRYW330FH MPRYW470FI MPRYW680FJ mf MPRYW3100FK00 * f = 0/60 Hz ** PCM = Printed circuit module = pin spacing Upon request with long pins 3- mm max. ims. in mm. 10 Z pf pf pf pf PCM pf pf 0.01 µf d = 0.6 P if PCM 10 d = 0.8 P if PCM 1 6- W d H Part number completion: Tolerance: 0 % = M Packing: bulk = S Pin length: 6- = S Taped version see page 14. L PCM at the pin exit points ( ± 0.) Z VAC f/mhz Impedance change with frequency (general guide) 300 VAC pf pf pf pf pf pf -- 0,01 µf -- 0,01 µf µf µf µf µf 0.1 µf µf µf PCM f/mhz Impedance change with frequency (general guide) 9

93 WIMA Filter Capacitors WIMA??? MKP 4F ue to their typical circuit position AC filter capacitors have to exhibit good high-frequency characteristics and at the same time high AC voltage capabilities. They in general fulfil two requirements: n Low AC impedance to dissipate high-frequency interference signals n Attenuation of transient voltage pulses caused e.g. by switching. WIMA filter capacitors are designed on the basis of low-loss Polypropylene film and exhibit high AC current capability at high frequencies as well as low ESL and ESR values. They are available with capacitances from 0.68 mf up to 7 mf and rated voltages of 0 VAC, 7 VAC, 30 VAC, 30 VAC and 440 VAC for an operational temperature range of - C to +10 C. The 440 VAC range has an internal series connection and stands out for an increased corona discharge inception voltage. Their metallized construction, i.e. a thin aluminium layer serving as electrode being vapour-deposited onto the insulating film, entails very good self-healing properties of WIMA filter capacitors in case of a dielectric breakdown. The short-circuit current causes the thin metal layer to vaporize around the discharge channel and thus forming an insulating halo. The capacitor remains fully operative. Further positive features are the dry construction and thus the waiver of additional impregnating agents, the very favourable capacitance/volume ratio and the long life time at high capacitance long-term stability even under demanding operating conditions. WIMA capacitors are produced with the proven box technology using solvent-resistant, flame-retardant plastic cases according to UL 94 V-0. They are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. 93

94 WIMA MKP 4F NEW Metallized Polypropylen (PP) Filter Capacitors in PCM 7. mm to. mm. Capacitances from 0.68 mf to 7 mf. Rate Voltages from 30 VAC to 440 VAC. Special Features High volume/capacitance ratio High peak current capabilities Self-healing Long lifetime According to RoHS 011/6/EU Typical Applications For high frequency applications e.g. AC filtering in UPS systems Harmonic filter Welding equipment Renewable energy - grid interface Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: MKP 4F: 30 VAC, 7 VAC, 30 VAC, 30 VAC MKP 4F: 440 VAC Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Terminating wire Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: 0.68 mf to 7 mf Rated voltages: 30 VAC, 7 VAC, 30 VAC, 30 VAC, 440 VAC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: + C to +10+ C Climatic test category: /10/6 in accordance with IEC Insulation resistance at +0+ C: sec (M x mf) Measuring voltage: 100 V/1 min. Test voltage: 1. U r C, 10sec. Test specifications: In accordance with IEC and issipation factors at +0 C: tan d at f PCM 7. PCM 37. PCM. 1 khz x x x khz 30 x x x 10-4 Reference frequency 1 khz in accordance with IEC Maximum pulse rise time: PCM max. pulse rise time V/msec at T A ) C 30 VAC 7 VAC 30 VAC 30 VAC 440 VAC for pulses equal to the rated voltage (U r C ) Mechanical Tests Pull test on pins: 10 N in direction of pins according to IEC Vibration: 6 hours at Hz and 0.7 mm displacement amplitude or 10 g in accordance with IEC Low air density: 1kPa = 10 mbar in accordance with IEC Bump test: 4000 bumps at 390 m/sec in accordance with IEC Voltage derating: A voltage derating factor must be applied according to the graph: U/U r T/ C A Reliability: Operational life hours at U r Failure rate 10 fit (0. x U r and 40) C) Packing Available taped and reeled up to and including case size 1 x 6 x 31. / PCM 7. mm. etailed taping information and graphs at the end of the catalogue. For further details and graphs please refer to Technical Information. 94

95 WIMA MKP 4F General ata 30 VAC*/40 VC Capacitance W H L PCM** Pin I S I rms (10 khz) at 8 C Part number A A 1.0 mf MKPF3Y41006A / MKPF3Y4106B / MKPF3Y406B /4 10 MKPF3Y / MKPF3Y44706F / MKPF3Y46806G 10 mf / MKPF3Y1006J / MKPF3Y1007F / MKPF3Y107F / MKPF3Y107G / MKPF3Y007H / MKPF3Y07H / MKPF3Y07I / MKPF3Y3007I 4 7. / MKPF3Y / MKPF3Y307J 4 7. / MKPF3Y / MKPF3Y4009E / MKPF3Y409E MKPF3Y009F MKPF3Y09F MKPF3Y6009H MKPF3Y609H MKPF3Y7009H MKPF3Y709J * AC voltages: f 100 Hz -pin version ** PCM = Printed circuit module = pin spacing P d PCM ims. in mm Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin version pin c pin pin c W PCM b P d c page 96 9

96 WIMA MKP FKP 4F4 General ata 7 VAC*/600 VC Capacitance W H L PCM** Pin I S I rms (10 khz) at 8 C Part number A A 1.0 mf MKPF1W41006A / MKPF1W4106B /4 10 MKPF1W / MKPF1W43306F / MKPF1W44706I / MKPF1W46806J 10 mf / MKPF1W1007G / MKPF1W107G / MKPF1W107H 4 7. / MKPF1W / MKPF1W007I 4 7. / MKPF1W / MKPF1W / MKPF1W09E / MKPF1W3009E MKPF1W309F MKPF1W4009H MKPF1W409H MKPF1W009J * AC voltages: f 100 Hz ** PCM = Printed circuit module = pin spacing -pin version ims. in mm. P d PCM Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin version pin c pin pin c W PCM b P d c Rights reserved toamend design data without prior notification. page 97 96

97 WIMA MKP FKP 4F4 General ata 30 VAC*/630 VC Capacitance W H L PCM** Pin I S I rms (10 khz) at 8 C Part number A A 0.68 mf MKPFAW36806A 1.0 mf / MKPFAW41006B / MKPFAW /4 10 MKPFAW406F /4 0 7 MKPFAW43306G / MKPFAW44706I / MKPFAW46807G 10 mf / MKPFAW1007H 4 7. / MKPFAW / MKPFAW107H /4 1 MKPFAW107I ^ 4 7. /4 13 MKPFAW / MKPFAW007J / MKPFAW009E MKPFAW09F MKPFAW09F MKPFAW3009H MKPFAW309J * AC voltages: f 100 Hz ** PCM = Printed circuit module = pin spacing -pin version ims. in mm. P d PCM Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin version pin c pin pin c W PCM b P d c page 98 97

98 WIMA MKP FKP 4F4 General ata 30 VAC*/700 VC Capacitance W H L PCM** Pin I S I rms (10 khz) at 8 C Part number A A 0.68 mf MKPFBW36806A 1.0 mf / MKPFBW41006B / MKPFBW /4 0 MKPFBW406F / MKPFBW43306G / MKPFBW44706I / MKPFBW46807G 10 mf / MKPFBW1007H 4 7. / MKPFBW / MKPFBW107H / MKPFBW107I ^ 4 7. / MKPFBW / MKPFBW007J / MKPFBW009E MKPFBW09F MKPFBW09F MKPFBW3009H MKPFBW309J 440 VAC*/1000 VC Capacitance W H L PCM** Pin I S I rms (10 khz) at 8 C Part number A A / MKPF4W mf / MKPF4W41006F /4 16 MKPF4W4106G / MKPF4W406I / MKPF4W43307G / MKPF4W44707H / MKPF4W46807I 10 mf MKPF4W1009F MKPF4W109F * AC voltages: f 100 Hz ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Version code: -pin = 00 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 99 98

99 WIMA MKP 4F Impedance change with frequency (general guide) Z 0.1 PCM 7. Z 0.1 PCM 37. Z 0.1 PCM µf µf µf µf µf µf µf µf f/mhz 4 -- µf -- 3 µf f/mhz µf -- µf µf -- 7 µf f/mhz 6 7 Permissible AC voltage in relation to frequency at 10 C internal temperature rise (general guide). Urms V 7 Urms V µf VC 0 µf 0 µf 700 VC 1 µf 3 µf 0.68 µf Urms V f f 10 Hz Hz Urms V 440 Urms 30 V VC 30 µf 7 µf 1 µf VC 1 µf 3 µf 0.68 µf VC 4.7 µf 1 µf 0.68 µf f 10 Hz f 10 Hz f 10 Hz Permissible AC current in relation to frequency at 10 C internal temperature rise (general guide). 10 Irms A µf 30 µf 1 µf 40 VC f 10 Hz Irms Irms A A VC 700 VC f f 10 Hz Hz Irms Irms A A 0 µf 0 µf 1 µf 3 µf VC f 10 Hz 1 µf 0.68 µf 3 µf 1 µf 0.68 µf VC f 10 Hz 1 µf 4.7 µf 0.68 µf 99

100 WIMA Snubber Capacitors with Plates or Lead Terminations for Best Contacts n Low inductance construction achieved by end-surface contacts n High pulse reliability due to double-sided metallization and/or film/foil construction n High voltage/overvoltage strength by internal series connection with selfhealing metallized floating electrode n Available in various contact configurations n Solvent-resistant, flame retardant plastic case in accordance with UL 94 V-0 n Production sites ISO 9001:008 certified WIMA Snubber capacitors are manufactured under conditions of large volume production, but are also available in small quantities as individually configurable high-rel. components. WIMA Snubber capacitors are available with capacitances from 0.01 mf through 8.0 mf and with rated voltages from 630 VC through 4000 VC. WIMA Snubber MKP WIMA Snubber FKP evelopment of the WIMA Snubber MKP and WIMA Snubber FKP capacitor series for high power conversion is based on decades of experience with Polypropylene film pulse capacitors. WIMA Snubber capacitors are available both as double-sided metallized pulse version WIMA Snubber MKP and for extremly high pulse ratings in self-healing film/foil technology WIMA Snubber FKP. Their electrical performance as well as the manifold number of available connecting options makes the WIMA Snubber technology unique: n Plates soldered directly to the schoopage for safe contacts at high rms currents All components are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. 100

101 WIMA Snubber MKP Snubber MKP Capacitors for Pulse Applications with ouble-sided Metallized Electrodes and Internal Series Connection. Capacitances from mf to 8.0 mf. Rated Voltages from 700 VC to 3000 VC. Special Features Pulse duty construction Self-healing Particularly reliable contactconfigurations: 4-pin versions and screwable plate connections Internal series connection Very low dissipation factor Negative capacitance change versus temperature According to RoHS 011/6/EU Typical Applications For high pulse and high frequency applications requiring extremely reliable contacts e.g. IGBT-applications Construction ielectric: Polypropylene (PP) film Capacitor electrodes: ouble-sided metallized plastic film Internal construction: Plastic film Electrode carrier plastic film metallized on both sides Plastic film metallized on one side Metal contact layer (schoopage) Terminating plate Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire or plates. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: mf to 8.0 mf Rated voltages: 700 VC, 80 VC, 1000 VC, 10 VC, 1700 VC, 000 VC, 00 VC, 3000 VC Capacitance tolerances: ±0%, ±10%, ±% (other tolerances are available subject to special enquiry) Operating temperature range: ) C to +100) C Insulation resistance at +0+ C: C T 0.33 mf: 1 x 10 M (mean value: x 10 M ) C 0.33 mf: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: sec L 000 VC 00 VC 3000 VC U r 1.4 U r 1. U r U r 1.4 U r 1. U r 7 1. U r 1. U r 1. U r issipation factors at + 0) C: tan d at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 6 x x x khz 6 x x khz 1 x 10-4 Maximum pulse rise time: Capacitance max. pulse rise time V/msec at T A ) C mf 700 VC 80 VC 1000 VC 10 VC 1700 VC 000 VC 00 VC 3000 VC for pulses equal to the rated voltage Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. When fixing the plates the screw torque is to be limited to max. Nm. Climatic test category: /100/6 in accordance with IEC Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Specific dissipation: Box size* Specific dissipation in Watts per K W x H x L in mm above the ambient temperature 19 x 31 x x 34 x x 37. x x 48 x x 4 x * other box sizes see page 11. Packing Packing units at the end of the catalogue. Packing quantities may vary depending on the plate version. For further details and graphs please refer to Technical Information. 101

102 WIMA Snubber MKP General ata Capacitance 700 VC/40 VAC* 80 VC/40 VAC* 1000 VC/600 VAC* W H L Part number W H L Part number W H L Part number SNMPO1306B SNMPO1307B SNMPM033306F SNMPO133306F SNMPM033307C SNMPO133307C SNMPK034706B SNMPM034706G SNMPO134706G SNMPK034707B SNMPM SNMPO SNMPK036806F SNMPM036807E SNMPO136807E SNMPK036807C 1.0 mf SNMPK041006G SNMPM041007F SNMPO141007G SNMPK SNMPO141008E SNMPK04107F SNMPM04107G SNMPO14107H SNMPM04108E SNMPO14108E SNMPK04007G SNMPM04007H SNMPO14007I SNMPM04008E SNMPO14008H SNMPK0407G SNMPM0407H SNMPO1407I SNMPM0408E SNMPO1408H SNMPK0407H SNMPM0407I SNMPO1407J SNMPM0408H SNMPO1408J SNMPK043007H SNMPM043007I SNMPO143007K SNMPM043008H SNMPO143008J SNMPK043307H SNMPM043307J SNMPO143307K SNMPM043308J SNMPO143308J SNMPK044007I SNMPM044007J SNMPO144008L SNMPM044008J SNMPK044707I SNMPM044708J SNMPO144708L SNMPK04007I SNMPM04008J SNMPO14008L SNMPK046007J SNMPM046008L SNMPO146008L SNMPK046008J SNMPK047007K SNMPM047008L SNMPK047008J SNMPK048008L * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r ims. in mm. New range and values Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Versions and dimensional drawings see page 108. Part number completion: Version codes see page 110. Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S none = 00 (for plate versions) page

103 WIMA Snubber MKP General ata Capac- 10 VC/600 VAC* 1700 VC/60 VAC* 000 VC/700 VAC* itance W H L Part number W H L Part number W H L Part number mf SNMPU06806B SNMPU06807B 0.1 mf SNMPTA31006B SNMPU SNMPTA31007B SNMPU031007B SNMPTA SNMPU03106F SNMPTA3107B SNMPU03107C SNMPR0306B SNMPTA306F SNMPU SNMPR0307B SNMPTA307C SNMPR033306F SNMPTA33306I SNMPU033307F SNMPR033307C SNMPTA SNMPR034706G SNMPTA34707F SNMPU034707G SNMPR SNMPU034708E SNMPR036807E SNMPTA36807G SNMPU036807H SNMPTA36808E SNMPU036808H 1.0 mf SNMPR041007G SNMPTA41007H SNMPU041007J SNMPR041008E SNMPTA41008H SNMPU041008J SNMPR04107H SNMPTA4107I SNMPU04107K SNMPR04108E SNMPTA4108H SNMPU04108J SNMPR04007I SNMPTA4007K SNMPU04008L SNMPR04008H SNMPTA4008J SNMPR0407I SNMPTA407K SNMPU04008L SNMPR0408H SNMPTA408J SNMPR0407J SNMPTA408L SNMPR0408J SNMPR043007K SNMPTA43008L SNMPR043008J SNMPR043307K SNMPR043308J SNMPR044008L SNMPR044708L SNMPR04008L SNMPR046008L * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r ims. in mm. New range, box sizes and values Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Versions and dimensional drawings see page 108. Part number completion: Version codes see page 110. Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S none = 00 (for plate versions) page

104 WIMA WIMA Snubber FKP MKP 4 General ata Capacitance 00 VC/700 VAC* 3000 VC/700 VAC* W H L Part number W H L Part number mf SNMPV04706B SNMPW04706B SNMPV04707B SNMPW04707B SNMPV SNMPW SNMPV06807B SNMPW06807B 0.1 mf SNMPV031006F SNMPW031006F SNMPV031007C SNMPW031007C SNMPV SNMPW SNMPV0307F SNMPW0307F SNMPV033307H SNMPW033307H SNMPV034707I SNMPW034707I SNMPV034708H SNMPV036807J SNMPW034708H SNMPW036807J SNMPV036808J SNMPW036808J 1.0 mf SNMPV041007K SNMPW041007K SNMPV041008J SNMPW041008J SNMPV04108L SNMPW04108L * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r ims. in mm. New range and values Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Versions and dimensional drawings see page 108. Part number completion: Version codes see page 110. Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S none = 00 (for plate versions) Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V Urms V µf 0. µf VC 1.0 µf.0 µf 4.0 µf.0 µf 6.0 µf 8.0 µf 0. µf 3.0 µf 1. µf 0.47 µf 0.1 µf VC 1.0 µf.0 µf 3.0 µf 0.47 µf 1. µf 0.1 µf f Hz f 10 Hz 600 Urms V 700 Urms V VC.0 µf 4.0 µf 0.47 µf 0.1 µf 1.0 µf 3.0 µf.0 µf 0. µf µf VC 3000 VC 1.0 µf µf 0. µf.0 µf 0.47 µf 0.1 µf f 106 Hz f Hz 104

105 WIMA Snubber FKP Snubber FKP Capacitors for High Pulse Applications with Metal Foil Electrodes and Metallized Internal Series Connection. Capacitances from 0.01 mf to 3.3 mf. Rated Voltages from 630 VC to 4000 VC. Special Features High pulse duty Self-healing Particularly reliable contactconfigurations: 4-pin versions and screwable plate connections Internal series connection Very low dissipation factor Negative capacitance change versus temperature According to RoHS 011/6/EU Typical Applications For high pulse and high frequency applications requiring extremely reliable contacts e.g. IGBT-applications Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Aluminium foil and single-sided metallized plastic film Internal construction: Plastic film Metal foil electrode Vacuum-deposited electrode Metal contact layer (schoopage) Terminating plate Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire or plates. Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: 0.01 mf to 3.3 mf Rated voltages: 630 VC, 1000 VC, 10 VC, 1600 VC, 000 VC, 3000 VC, 4000 VC Capacitance tolerances: ±0%, ±10%, ±% (other tolerances are available subject to special enquiry) Operating temperature range: ) C to +100) C Insulation resistance at +0+ C: C T 0.33 mf: 1 x 10 M (mean value: x 10 M ) C 0.33 mf: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: sec L 000 VC 3000 VC U r 1. U r U r 1. U r 6 1. U r 1. U r issipation factors at + 0) C: tan d Climatic test category: /100/6 in accordance with IEC Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8+ C for C voltages and from +7+ C for AC voltages Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Specific dissipation: Box size* Specific dissipation in Watts per K W x H x L in mm above the ambient temperature 19 x 31 x x 34 x x 37. x x 48 x x 4 x * other box sizes see page 11. at f C 0.1 mf 0.1 mf < C T 1.0 mf C > 1.0 mf 1 khz 6 x x x khz 6 x x khz 1 x 10-4 Maximum pulse rise time: Capacitance max. pulse rise time V/msec at T A ) C mf 630 VC 1000 VC 10 VC 1600 VC 000 VC 3000 VC 4000 VC for pulses equal to the rated voltage Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. When fixing the plates the screw torque is to be limited to max. Nm. Packing Packing units at the end of the catalogue. Packing quantities may vary depending on the plate version. For further details and graphs please refer to Technical Information. 10

106 WIMA Snubber FKP General ata Capacitance 630 VC/400 VAC* 1000 VC/600 VAC* W H L Part number W H L Part number 0.0 mf SNFPO107B SNFPO13307B SNFPJ04707B SNFPO14707B SNFPJ06807B SNFPO16807B 0.1 mf SNFPJ031007B SNFPO131007B SNFPJ03107B SNFPO SNFPJ0307C SNFPO1307E SNFPJ SNFPO133307F SNFPJ034707E SNFPO134707G SNFPJ036807F SNFPO136807H SNFPO136808E 1.0 mf SNFPJ041007G SNFPO141007I SNFPO141008H SNFPJ04107H SNFPO14107J SNFPO14108J SNFPJ0407I SNFPO1408L SNFPJ0408H SNFPJ0407J SNFPJ0408J SNFPJ043008L SNFPJ043308L Capacitance 10 VC/600 VAC* 1600 VC/60 VAC* W H L Part number W H L Part number 0.01 mf SNFPT01007B SNFPT0107B SNFPR007B SNFPT007B SNFPR03307B SNFPT03307B SNFPR04707B SNFPT04707B SNFPR06807B SNFPT mf SNFPR031007B SNFPT031007E SNFPR SNFPT03107F SNFPR0307E SNFPT0307G SNFPR033307F SNFPT033307H SNFPR034707G SNFPT034707I SNFPT034708H SNFPR036807H SNFPT036807J SNFPR036808E SNFPT036808H 1.0 mf SNFPR041007I SNFPT041008J SNFPR041008H SNFPR04108J * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r New range, values and box sizes ims. in mm. Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Versions and dimensional drawings see page 108. Part number completion: Version codes see page 110. Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S none = 00 (for plate versions) page

107 WIMA Snubber FKP General ata Capacitance 000 VC/700 VAC* 3000 VC/700 VAC* 4000 VC/700 VAC* W H L Part number W H L Part number W H L Part number 0.01 mf SNFPU01007B SNFPW01007B SNFPX01007B SNFPU0107B SNFPW0107B SNFPX0107B SNFPU007B SNFPW007B SNFPX007C SNFPU03307C SNFPW03307C SNFPX SNFPU SNFPW SNFPX04707E SNFPU06807E SNFPW06807E SNFPX06807F 0.1 mf SNFPU031007E SNFPW031007F SNFPX031007G SNFPU03107G SNFPW03107G SNFPX03107H SNFPU0307H SNFPW0307H SNFPX0307I SNFPX0308H SNFPU033307I SNFPW033307I SNFPX033308J SNFPU033308H SNFPW033308H SNFPU034707I SNFPW034708J SNFPU034708H SNFPU036808J * AC voltages: f T 1000 Hz; 1.4 x U rms + UC T U r ims. in mm. New values and box sizes Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Versions and dimensional drawings see page 108. Part number completion: Version codes see page 110. Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S none = 00 (for plate versions) Permissible AC voltage in relation to frequency at 10) C internal temperature rise (general guide). Urms V 400 Urms V60 Urms V VC 0.47 µf 1.0 µf 0.68 µf 0. µf 1. µf/. µf µf 0.1 µf 0.33 µf VC 0.01 µf 0.0 µf µf 0.1 µf 0.1 µf 0. µf 0.68 µf 0.33 µf/0.47 µf VC 0.01 µf 0.0 µf µf 0.1 µf 0.1 µf 0. µf 0.47 µf 0.33 µf f 106 Hz Urms V f 106 Hz Urms V f 106 Hz Urms V VC 0.0 µf 0.1 µf 0.33 µf 1.0 µf µf 0. µf 0.47 µf/0.68 µf VC 0.0 µf 0.1 µf 0. µf 0.47 µf 0.01 µf µf 0.1 µf 0.33 µf VC 0.0 µf 0.1 µf 0. µf 0.01 µf µf 0.1 µf 0.33 µf f 106 Hz f 106 Hz f 106 Hz 107

108 Versions of WIMA Snubberand C-LINK MKP 4- Capacitors L L L 0.6 h ± 0.8 H 0.6 ± 0.8 H 0.6 H ± 0.8 W 1 c 1 ±0.1 ±0.1 d W 1 c 1 ±0.1 ± W h d c d 7.± ±0.1 e e f a b Ø a a b Version A1 A1. A1 A1.1.1 A1.4.1 L a b c h ±0. ±0. ±0. ± Version L a c d e Ø ±0. ±0. ±0.8 ±0.8 ±0.1 A A A A Version L a b c d e f h A A A A A A A h W L h W L W L H H H a b d c d 17 ± ± ± a b c ±0.1 ±0.1 l a 1 c Version L a b c d h Version L a b c h ±0. ±0. ±0. ±0.8 Version L a c l A3 A3. A3.1 A3 A3.1 A3. A A3.9 A3.11 A3. A A W A W A W

109 Versions of WIMA Snubberand C-LINK MKP 4- Capacitors W L W L ± 0.8 H 0.6 h a b c 6.1 ± d 0.8 H f a b 0.6 l h h1 W h H L a b d c d Version A4.1 A4. L a b c d h ± 0.8 ± 0.8 ± 0.8 ± 1.0 ± d ± 0.1 W Version L a b f d A W A W A W A4 41. W A A Version W a b c d h h1 h l A A A , pin version W L 4-pin version W L Version B* W L H H H ims. in mm 6-1 PCM d d Additional special versions can be realized. Please contact us with your specific needs. PCM =PC Module at the pin exit points ( ± 0.4) 6 - b at the pin exit points d ( ± 0,4) PCM =PC Module at the pin exit points ( ± 0,4) W H L PCM b d PCM b =PC Module at the pin exit points 0. ( ± 0.4) L PCM b ± * Processing notification: Processing should be done within 3 month after manufacturing. 109

110 Versions of WIMA Snubberand C-LINK MKP 4- Capacitors Version code Possible connecting respective plate versions - depending on box size. 4-pin versions on request. * Processing notification: Processing should be done within 3 month after manufacturing. 4 B8* 1A 1B 1G 1H 1I 1J 1S A B Q F J K M 3A 3C 3 3E 3G 3K 3L 3M 3N 3O 3P 3Q 4A 4B 4C 4F 4J 4L 4M 6A 6B 6C W x H x L Size code -pin 4-pin B8 A1 A1.1.1 A1.4.1 A1. A1.6 A1.6.1 A1.6. A A.1 A.1. A.4.1 A.6.1 A.6. A.8 A3 A3.1 A3. A3.3 A3. A3.8 A3.8.1 A3.8. A3.9 A3.10 A3.11 A3.1 A4 A4.1 A4. A4. A4.7 A4.9 A4.10 A6 A6.3 A x 1 x 31. 6B 13 x 4 x x 6 x 31. 6F 17 x 9 x 31. 6G 17 x 34. x 31. 6I 11 x x 41. 7B 13 x 4 x 41. 7C 1 x 6 x x 9 x 41. 7E 19 x 3 x 41. 7F 0 x 39. x 41. 7G 4 x 4. x 41. 7H 31 x 46 x 41. 7I 3 x 0 x 41. 7J 40 x x 41. 7K 19 x 31 x x 34 x 6 8E 7 x 37. x 6 8H 33 x 48 x 6 8J 37 x 4 x 6 8L 110

111 WIMA GTO Capacitors with Screw Connection for High Current Carrying Capability WIMA GTO MKP WIMA GTO MKP capacitors are especially designed to attenuate voltage spikes on GTO (Gate-Turn-Off) Thyristors and IGBT (Insulated Gate Bipolar Transistor). They are manufactured in dry-type technology with double-sided metallized electrodes and encapsulated in a cylindrical plastic case sealed with self-extinguishing polyurethane resin. Their construction principle combined with the Polypropylene dielectric used creates outstanding features, e.g.: n Very low self-inductance n High pulse reliability n High rms current carrying capability n Very low dissipation factor n Negative capacitance change versus temperature n Excellent self-healing properties n Outstanding mechanical stability n High shock and vibration resistance n Solvent-resistant, flame-retardant plastic case in accordance with UL 94 V-0 n Almost unlimited life expectancy Fields of applications are designs where high current and voltage carrying capabilities are required, e.g. converter equipment in power generation or in traction technology for train drives, hoists, crane drives etc. WIMA GTO MKP capacitors are available with capacitances from 1.0 mf through 100 mf and with nominal voltages from 400 VC through 000 VC. For mounting purposes M6 and M8 threaded terminations are possible. Customer-specific requirements can be realized on demand. All components are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. 111

112 WIMA GTO MKP GTO MKP Capacitors for Pulse Applications with Internal Series Connection. Capacitances from 1.0 mf to 100 mf. Rated Voltages from 400 VC to 000 VC. Special Features Pulse duty construction Self-healing Cylindrical capacitor body with axial screw and thread connections size M6 or M8 Internal series connection from 400 VAC Very low dissipation factor Negative capacitance change versus temperature According to RoHS 011/6/EU Typical Applications For high pulse and high frequency applications requiring extremely reliable contacts e.g. amping of voltage spikes on GTO-Thyristors Construction Electrical ata Capacitance range: 1.0 mf to 100 mf Rated voltages: 400 VC, 600 VC, 80 VC, 1000 VC, 100 VC, 100 VC, 000 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: ) C to +8) C Climatic test category: /08/6 in accordance with IEC Insulation resistance at +0+ C: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: 1. U r, sec. ielectric absorption: 0.0 % issipation factors at + 0) C: tan d Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +6 C for C voltages and from +60 C for AC voltages. Reliability: Operational life hours Failure rate 1 fit (0. x U r and 40) C) Specific dissipation: Box size Specific dissipation in Watts per K x L in mm above the ambient temperature 60 x x x x x x at f C 0 mf 0 mf < C T 0 mf C > 0 mf 1 khz 3 x 10-4 x x 10-4 ielectric: Polypropylene (PP) film Capacitor electrodes: ouble-sided metallized plastic film Internal construction: Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. When fixing the capacitor the screw torque is to be limited to max. Nm. For further details and graphs please refer to Technical Information. Packing Transportation-safe packing in cardboard boxes. Packing units pcs. per packing unit Encapsulation: Solvent-resistant, flame-retardant plastic case with PU seal, UL 94 V-0 Terminations: Axial screw connection M6 or M8. Marking: Colour: Red. Marking: Black on Silver. 11

113 WIMA GTO MKP General ata 400 VC/180 VAC* 600 VC/0 VAC* Capacitance x L du/dt I max. Part number x L du/dt I max. Part number mm V/msec A mm V/msec A 3. mf 60 x GTOMI0430GA x GTOMI04400GA x GTOMI0440GA00 60 x GTOMI0400GA x GTOMI04600GA x GTOMI04800GA00 10 mf 60 x GTOMI0100GA x GTOMG010GA00 60 x GTOMI010GA x GTOMG000GA00 70 x GTOMI000GB00 60 x GTOMG00GA00 70 x GTOMI00GB x GTOMG0300GA00 80 x GTOMI0300GC x GTOMG0400GB00 90 x GTOMI0400G x GTOMG000GC00 90 x GTOMI000GE x GTOMG0600GC00 90 x GTOMI0600GF x GTOMG0700G00 90 x GTOMI0700GF x GTOMG0800G00 90 x GTOMI0800GF x GTOMG0900GE00 90 x GTOMI0900GF mf 90 x GTOMG06100GE00 90 x GTOMI06100GF00 80 VC/400 VAC* 1000 VC/40 VAC* Capacitance x L du/dt I max. Part number x L du/dt I max Part number mm V/msec A mm V/msec A 3 mf 60 x GTOMM04300GA00 60 x GTOMO14300GA x GTOMM0430GA00 60 x GTOMO1430GA x GTOMM04400GA00 60 x GTOMO14400GA x GTOMM0440GA00 60 x GTOMO1440GA00 60 x GTOMM0400GA00 60 x GTOMO1400GA x GTOMM04600GA00 60 x GTOMO14600GA x GTOMM04800GA00 70 x GTOMO14800GB00 10 mf 70 x GTOMM0100GB00 70 x GTOMO1100GB x GTOMM010GB00 90 x GTOMO110G x GTOMM000GC00 90 x GTOMO100GE00 90 x GTOMM00G00 90 x GTOMO10GF x GTOMM0300GE00 90 x GTOMO1300GF x GTOMM0400GF00 90 x GTOMO1400GF x GTOMM000GF x GTOMM0600GF00 * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 page

114 WIMA GTO MKP General ata 100 VC/00 VAC* 100 VC/0 VAC* Capacitance x L du/dt I max. Part number x L du/dt I max. Part number mm V/msec A mm V/msec A 1 mf 60 x GTOMS04100GA x GTOMS0410GA00 60 x GTOMS0400GA x GTOMQ040GA00 60 x GTOMS040GA x GTOMQ04300GA00 60 x GTOMS04300GA x GTOMQ0430GA00 60 x GTOMS0430GA x GTOMQ04400GA00 70 x GTOMS04400GB x GTOMQ0440GA00 70 x GTOMS0440GB00 60 x GTOMQ0400GA00 70 x GTOMS0400GB x GTOMQ04600GB00 80 x GTOMS04600GC x GTOMQ04800GB00 90 x GTOMS04800G00 10 mf 80 x GTOMQ0100GC00 90 x GTOMS0100GE x GTOMQ010GE00 90 x GTOMS010GF x GTOMQ000GF00 90 x GTOMS000GF00 90 x GTOMQ00GF x GTOMQ0300GF VC/600 VAC* Capacitance x L du/dt I max. Part number mm V/msec A M 1 mf 60 x GTOMU04100GA x GTOMU0410GA00 70 x GTOMU0400GB x GTOMU040GB x GTOMU04300GC x GTOMU0430GC x GTOMU04400G x GTOMU0440G00 90 x GTOMU0400GE x GTOMU04600GE x GTOMU04800GF00 10 mf 90 x GTOMU0100GF00 L ± L1 ± 0. * AC voltage: f 1000 Hz; 1.4 x U rms + UC U r Ionisation inception level in isolated cases may be lower than admissible rated AC voltage. L L1 M M M M M M M8 Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = 00 page

115 WIMA GTO MKP Permissible AC voltage in relation to frequency at 0) C internal temperature rise (general guide). Permissible AC current in relation to frequency at 0) C internal temperature rise (general guide). 11

116 WIMA Intermediate Circuit Capacitors for Applications in High Power Converter Technology WIMA C-LINK MKP 3 WIMA C-LINK MKP 4 WIMA C-LINK MKP 4S WIMA C-LINK MKP WIMA C-LINK MKP 6 WIMA C-LINK HC WIMA C-LINK HY WIMA C-LINK capacitors are especially designed for applications in high power converter technology where they are more and more substituting electrolytic capacitors due to increasing electrical requirements. Manufactured with a low loss Polypropylene dielectric they show a higher current carrying capability as well as lower dissipation/self-heating at high frequencies compared to electrolytic capacitors. Further outstanding features are, e.g.: n Very high capacitance/volume ratio n High voltage rating per component n Very low dissipation factor (ESR) n Very high insulation resistance n Excellent self-healing properties n Long life expectancy n Non-polar construction n Particularly reliable contact configuration n High shock and vibration resistance n Outstanding mechanical stability WIMA C-LINK MKP 3 capacitors in cylindrical case with screw fixing are available with capacitances from 3 mf through 00 mf and with voltage ranges from 700 VC through 100 VC. They can be provided with male or female terminations. WIMA C-LINK MKP 4 capacitors with rectangular case are available with capacitance values from 1 mf through 400 mf and with rated voltages from 400 VC through 1300 VC. For mounting purposes -pin and 4-pin versions are possible. The WIMA C-LINK MKP 4S series has been designed for stringent requirements. WIMA C-LINK MKP capacitors in cylindrical plastic case are available with capacitances from 16 mf through 60 mf and with rated voltages from 00 VC through 1300 VC. They are provided with tinned wire terminations for PCB mounting. WIMA C-LINK MKP 6 capacitors have a cylindrical aluminium case. They are available with capacitances from 7 mf through 490 mf and with rated voltages from 600 VC through 100 VC. For bus bar mounting they are designed with male or female terminations and screw bolt. Customized solutions e. g. can be realized with WIMA C-LINK HC and WIMA C- LINK HY with variable connecting configurations. All components are environmentally compatible with the RoHS 011/6/EU regulations of the European Union. 116

117 WIMA C-LINK MKP 3 Metallized Polypropylene (PP) - Capacitors for C-Link Applications. Capacitances from 3 mf to 00 mf. Rated Voltages from 700 VC to 100 VC. Special Features Very high volume/capacitance ratio Self-healing properties With cylindrical plastic case and screw fixing ry construction without electrolyte or oil No internel fuse required Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Customer-specific capacitances or voltages on request Typical Applications C capacitors with high capacitances for applications in power electronics also at non-sinusoidal voltages and currents e.g. in Wind power systems Inverters Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 3 mf to 00 mf Rated voltages: 700 VC, 900 VC, 1100 VC, 1300 VC, 100 VC Capacitance tolerances: ±0%, ±10%, (±% available subject to special enquiry) Operating temperature range: 40+ C to +8+ C Insulation resistance at +0+ C: 000 sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. ielectric loss factor tan d 0 : x 10-4 Test voltage: 1. U r, sec ielectric absorption: 0.0 % Reliability: Operational life hours Failure rate 0 fit (hot spot 70+ C) Packing Transport-safe packing in cardboard boxes. For further details and graphs please refer to Technical Information. Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Termination The capacitors are non-polarized and are optionally available with male and female terminations. Encapsulation: Solvent-resistant, flame-retardant plastic case with PU-sealing and screw fixing, UL 94 V-0 Terminations: Screw connection (male or female). Marking: Colour: Black. Marking: Gold. 117

118 WIMA C-LINK MKP 3 General ata U R C N x L mm 700 VC 900 VC 1100 VC 1300 VC 100 VC 10 mf mf mf 90 0 mf 70 3 mf x x x x x x x x x x 64 I rms (1 khz)* A ESR (1 khz)* m R th K/W L e nh < 3 < 30 < 3 < 3 < 3 Approx. weight g Part number CP3K0610G100 CP3K0600G00 CP3N06100G100 CP3N06140G00 CP3P0700G100 CP3P0900G00 CP3R00G100 CP3R700G00 CP3S030G100 CP3S000G00 Contacts can handle: peak currents Î up to ka surge currents I S up to 0 ka Customer-specific capacitances or voltages on request * General guide ims. in mm. female male l1 L l8 1 1 L Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F 4 M 4 M8 L l. 101 l, 118

119 WIMA C-LINK MKP 4 Metallized Polypropylene (PP) - Capacitors for C-Link Applications. Capacitances from 1.0 mf to 400 mf. Rated Voltages from 400 VC to 1300 VC. Special Features Capacitances up to 400 mf High volume/capacitance ratio Excellent self-healing properties Very low dissipation factor High reliability -pin and 4-pin contact configuration (plate versions on request) AEC-Q00 qualified According to RoHS 011/6/EU Typical Applications As intermediate circuit capacitor e.g. in high power converter technology, power supplies, solar inverters etc. Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Termination Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire (plate versions on request). Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: 1 mf to 400 mf (intermediate values on request) Rated voltages: 400 VC, 00 VC, 600 VC, 800 VC, 900 VC, 1100 VC, 1300 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: + C to +10+ C (hot spot including self-heating) Climatic test category: /08/6 in accordance with IEC issipation factors at +0 C: PCM 1 khz 10 khz 7. 1 x x x x x x 10-4 Voltage and current derating: A derating factor of 1.3% per K must be applied from +8 C for C voltages and from +70 C for AC currents (I rms ). Additionally a derating factor of 4.% per K must be applied from +8 C for AC currents (I rms ) Reliability: Operational life hours (U r and 70) C) Failure rate l 0 (0. x U r and 40) C) P = C N [mf] x U r [V] l 0 P < fit < P 000 < fit 000 < P < 10 fit < P < 0 fit P > < 30 fit Maximum pulse rise time: Insulation resistance at +0+ C: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: 1. U r, sec ielectric absorption: 0.0 % Specific dissipation: Box size Specific dissipation in Watts per K W x H x L in mm above the ambient temperature 9 x 19 x x 1 x x 4 x x 6 x x 9 x x 1 x x 34. x x 39. x x 3 x x 39. x x 4. x x 46 x x 0 x x x x 0 x x x x 6 x Packing Packing units at the end of the catalogue For further details and graphs please refer to Technical Information. PCM max. pulse rise time V/msec at T A ) C 400 VC 00 VC 600 VC 800 VC 900 VC 1100 VC 1300 VC for pulses equal to the rated voltage 119

120 WIMA C-LINK MKP 4 General ata 400 VC (70 C) / 300 VC (8 C) Capacitance W H L PCM** Pin I S I rms *(10 khz)* ESR (10 khz)* Part number A A m 1 mf CP4G041006A CP4G04006A CP4G043006A CP4G044006A CP4G04006A CP4G047006A 10 mf / CP4G01006B / CP4G / CP4G0006F / CP4G006G / CP4G03006I / CP4G04006J / CP4G0007G / CP4G06007G / CP4G07007H / CP4G08007H / CP4G09007H 100 mf / CP4G061007I / CP4G06107I / CP4G061407J / CP4G06107J / CP4G061607K / CP4G061807K / CP4G061907K / CP4G06007K CP4G0609F CP4G0609H CP4G06709H CP4G063009H CP4G063309J CP4G06309J CP4G063709J CP4G064009J New voltage range * General guide * Permissible I rms at 10 C internal temperature rise (general guide) -pin version PCM d ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin verion pin c pin pin c W PCM b d c page 11 10

121 WIMA C-LINK MKP 4 General ata 00 VC (70 C) / 400 VC (8 C) Capacitance W H L PCM** Pin I S I rms *(10 khz)* ESR (10 khz)* Part number A A m 1 mf CP4H141006A CP4H14006A CP4H143006A CP4H14006A / CP4H147006B / CP4H mf / CP4H / CP4H1106F /4 1.9 CP4H1106G / CP4H1006I / CP4H106J / CP4H106J / CP4H13007G / CP4H1307G / CP4H14007G / CP4H14007H / CP4H1407H / CP4H1007H / CP4H107H / CP4H16007I / CP4H1607I / CP4H17007I / CP4H1707I / CP4H18007I / CP4H1807J / CP4H19007J / CP4H1907J 100 mf / CP4H161007J CP4H161009F / CP4H161107K CP4H161109F / CP4H16107K CP4H16109F / CP4H161307K CP4H161309F CP4H161409F CP4H16109F CP4H161609H CP4H161709H CP4H161809H CP4H161909H CP4H16009H CP4H16109H CP4H1609J CP4H16409J New voltage range * General guide * Permissible I rms at 10 C internal temperature rise (general guide) ** PCM = Printed circuit module = pin spacing ims. in mm. page 1 11

122 WIMA C-LINK MKP 4 General ata 600 VC (70 C) / 40 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* Part number A A m mf CP4I04006A / CP4I / CP4I047006F 10 mf / CP4I01006G / CP4I01007M / CP4I0106I / CP4I0006J / CP4I0007G / CP4I007G / CP4I03007H / CP4I0307H / CP4I04007I / CP4I0407I / CP4I0007J / CP4I007J / CP4I06007J / CP4I0607K CP4I0609F / CP4I07007K CP4I07009F / CP4I0707K CP4I0709F / CP4I08007K CP4I08009F CP4I0809F CP4I09009F CP4I0909H 100 mf CP4I061009H CP4I061109H CP4I06119J CP4I06109J CP4I061309J CP4I061409J CP4I06109J * General guide -pin version ** PCM = Printed circuit module = pin spacing PCM d ims. in mm. Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin version pin c pin pin c W PCM b d c page 13

123 WIMA C-LINK MKP 4 General ata 800 VC (70 C) / 700 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* Part number A A m mf CP4L04006A / CP4L / CP4L047006G 10 mf / CP4L01006I / CP4L0106J / CP4L0107G / CP4L0007G / CP4L007H / CP4L03007H / CP4L0307I / CP4L04007I / CP4L0407J / CP4L0007J / CP4L007K CP4L009F / CP4L06007K CP4L06009F CP4L0609F CP4L07009H CP4L0709H CP4L08009H CP4L0809J CP4L09009J CP4L0909J 100 mf CP4L061009J CP4L061109J CP4L06119J 900 VC (70 C) / 760 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* Part number A A m mf / CP4N04006B / CP4N04006G / CP4N047006I 10 mf / CP4N01006J / CP4N01007G / CP4N0107G / CP4N0007H / CP4N007I / CP4N03007I / CP4N0307J / CP4N04007K CP4N04009F CP4N0409F CP4N0009F CP4N009F CP4N009H CP4N06009H CP4N0609H CP4N07009J CP4N0709J CP4N08009J * General guide ** PCM = Printed circuit module = pin spacing ims. in mm. page 14 13

124 WIMA C-LINK MKP 4 General ata 1100 VC (70 C) / 90 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* Part number A A m mf / CP4P / CP4P043006F / CP4P04006I / CP4P047006J / CP4P047007F 10 mf / CP4P01007G / CP4P0107I / CP4P0007I / CP4P0007J / CP4P007K CP4P03009F CP4P0309F CP4P04009H CP4P0409H CP4P0009J CP4P009J CP4P06009J 1300 VC (70 C) / 1100 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* Part number A A m mf / CP4R4006F / CP4R4006J / CP4R4007G / CP4R47007G 10 mf / , CP4R1007H / CP4R107I / CP4R007K CP4R009F CP4R09F CP4R3009H CP4R309J CP4R4009J * General guide -pin version ** PCM = Printed circuit module = pin spacing PCM d ims. in mm. Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page pin version pin c pin pin c W PCM b d c

125 WIMA C-LINK MKP 4S Metallized Polypropylene (PP) - C-Link Capacitors for STRINGENT REQUIREMENTS. Capacitances from 0.47 mf to 80 mf. Rated Voltages from 40 VC to 100 VC. Special Features Capacitances up to 80 mf High volume/capacitance ratio Excellent self-healing properties For stringent requirements Very low dissipation factor High reliability -pin and 4-pin contact configuration (plate versions on request) According to RoHS 011/6/EU Typical Applications As intermediate circuit capacitor e.g. in high power converter technology, power supplies, solar inverters etc. Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Termination Encapsulation: Solvent-resistant, flame-retardant plastic case with epoxy resin seal, UL 94 V-0 Terminations: Tinned wire (plate versions on request). Marking: Colour: Red. Marking: Black. Epoxy resin seal: Red Electrical ata Capacitance range: 0.47 mf to 80 mf (intermediate values on request) Rated voltages: 40 VC, 630 VC, 800 VC, 900 VC, 100 VC Capacitance tolerances: ±0%, ±10%, ±% Operating temperature range: + C to +10+ C (hot spot including self-heating) Climatic test category: /08/6 in accordance with IEC issipation factors at +0 C: PCM 1 khz 7. 1 x x x 10-4 Voltage and current derating: A derating factor of 1.3% per K must be applied from +8 C for C voltages and from +70 C for AC currents (I rms ). Additionally a derating factor of 4.% per K must be applied from +8 C for AC currents (I rms ) Reliability: Operational life hours (U r and 70) C) Failure rate l 0 (0. x U r and 40) C) P = C N [mf] x U r [V] l 0 P < fit < P 000 < fit 000 < P < 10 fit < P < 0 fit P > < 30 fit Maximum pulse rise time: Insulation resistance at +0+ C: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Test voltage: 1.6 U r, sec ielectric absorption: 0.0 % Specific dissipation: Box size Specific dissipation in Watts per K W x H x L in mm above the ambient temperature 11 x 1 x x 4 x x 6 x x 9 x x 34. x x 39. x x 6 x x 9 x x 3 x x 39. x x 4. x x 46 x x 0 x x x x 0 x x x x 6 x Packing Packing units at the end of the catalogue. For further details and graphs please refer to Technical Information. PCM max. pulse rise time V/msec at T A ) C 40 VC 630 VC 800 VC 900 VC 100 VC for pulses equal to the rated voltage 1

126 WIMA C-LINK MKP 4S General ata 40 VC (70 C) / 300 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* A A m 10 K 0 K Part number. mf / CPSH0406B / CPSH / CPSH044706F / CPSH046806G 10 mf / CPSH01007F / CPSH0107G / CPSH0007H / CPSH007I / CPSH03007I / CPSH0307J / CPSH04007K CPSH04009F CPSH0409F CPSH0009F CPSH009H CPSH06009H CPSH0609H CPSH07009J CPSH0709J CPSH08009J 630 VC (70 C) / 40 VC (8 C) I Capacitance W H L PCM** Pin S I rms (10 khz)* ESR (10 khz)* A A m 10 K 0 K Part number 1. mf / CPSJ04106B / CPSJ / CPSJ043306F / CPSJ044706I / CPSJ046807E 10 mf / CPSJ01007G / CPSJ0107I / CPSJ0007J / CPSJ007K CPSJ03009F CPSJ0309F _ CPSJ04009H CPSJ0409H CPSJ0009J _ CPSJ009J _ CPSJ06009J _ * General guide. ** PCM = Printed circuit module = pin spacing ims. in mm. page 17 Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page

127 WIMA C-LINK MKP 4S General ata 800 VC (70 C) / 630 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* A A m Part number 10 K 0 K 1.0 mf / CPSL041006B / CPSL / CPSL0406F / CPSL043306G / CPSL044707F / CPSL046807G 10 mf / CPSL01007H / CPSL0107I / ^^ CPSL0007K CPSL0009F CPSL009F CPSL03009H CPSL0309J CPSL04009J 900 VC (70 C) / 70 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* A A m Part number 10 K 0 K 0.68 mf / CPSN036806B 1.0 mf / CPSN / CPSN04106F / CPSN0406G / CPSN043307E / CPSN044707G / CPSN046807H 10 mf / CPSN01007I / CPSN0107K CPSN0009F CPSN009H * General guide ** PCM = Printed circuit module = pin spacing ims. in mm. Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. page 18 17

128 WIMA C-LINK MKP 4S General ata 100 VC (70 C) / 87 VC (8 C) Capacitance W H L PCM** Pin I S I rms (10 khz)* ESR (10 khz)* A A m Part number 10 K 0 K 0.47 mf / CPSO334706B / CPSO336806B 1.0 mf / CPSO / CPSO34106G / CPSO / CPSO3406I / CPSO3407E / CPSO343306J / CPSO343307F / CPSO344707G / CPSO346807I 10 mf / CPSO31007J CPSO3109F CPSO3009H * General guide ** PCM = Printed circuit module = pin spacing -pin version ims. in mm. PCM d pin 4-pin version Part number completion: Version code: -pin = 4-pin = 4 Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: 6- = S Taped version see page 14. pin c pin c W PCM b d c

129 WIMA C-LINK MKP Metallized Polypropylene (PP) - Capacitors in Cylindrical Case for C-Link Applications. Capacitances from 16 mf to 60 mf. Rated Voltages from 00 VC to 1300 VC. Special Features Very high volume/capacitance ratio Self-healing properties With cylindrical plastic case for PCB mounting ry construction without electrolyte or oil No internal fuse required Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Customer-specific capacitances or voltages on request Typical Applications C capacitors with high capacitances for applications in power electronics also at non-sinusoidal voltages and currents e.g. in Wind power systems Inverters Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 16 mf to 60 mf Rated voltages: 00 VC, 700 VC, 900 VC,1100 VC, 1300 VC Capacitance tolerances: ±0%, ±10% (±% available subject to special enquiry) Operating temperature range: 40+ C to +8+ C Insulation resistance at +0+ C: 000 sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. ielectric loss factor tan d 0 : x 10-4 Test voltage: 1. U r, sec ielectric absorption: 0.0 % Reliability: Operational life hours Failure rate < 0 fit (hot spot 70 C) Packing Transportation-safe packing in cardboard boxes. For further details and graphs please refer to Technical Information. Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Termination The capacitors are non-polarized. The centre termination is designed as one pole whereas the four outer terminations form the other pole. Encapsulation: Solvent-resistant, flame-retardant plastic case with PU-sealing, UL 94 V-0 Terminations: Tinned wire. Marking: Colour: Grey. Marking: Black on silver label. 19

130 WIMA C-LINK MKP General ata U R C N x L mm 00 VC 700 VC 900 VC 1100 VC 1300 VC 8 mf mf mf mf mf 40 0 x 7 0 x 9 0 x 10 0 x 7 0 x 9 0 x 10 0 x 7 0 x 9 0 x 10 0 x 7 0 x 9 0 x 10 0 x 7 0 x 9 0 x 10 I rms (1 khz)* A ESR (1 khz)* m R th K/W L e nh < 4 < 6 < 8 < 4 < 6 < 8 < 4 < 6 < 8 < 4 < 6 < 8 < 4 < 6 < 8 Approx. weight g Part number CPH CPH CPH CPK CPK CPK CPN CPN CPN CPP CPP CPP CPR CPR CPR000 Contacts can handle: peak currents Î up to 1.1 ka surge currents I S up to 3. ka Customer-specific capacitances or voltages on request * General guide ims. in mm. L Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none =

131 WIMA C-LINK MKP 6 Metallized Polypropylene (PP) - Capacitors in Cylindrical Case. MKP 6 with High Volume/Capacitance Ratio, MKP 6 HP with Higher Current Carrying Capability. Capacitances from 7 mf to 490 mf. Rated Voltages from 600 VC to 100 VC. Special Features Very high volume/capacitance ratio Self-healing properties With cylindrical aluminium case for bus bar mounting ry construction without electrolyte or oil No internal fuse required Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Customer-specific capacitances or voltages on request Typical Applications C capacitors with high capacitances for applications in power electronics also at non-sinusoidal voltages and currents e.g. in Wind power systems Inverters Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 7 mf to 490 mf Rated voltages: 600 VC, 700 VC, 900 VC,1100 VC, 1300 VC, 100 VC Capacitance tolerances: ±0%, ±10% (±% available subject to special enquiry) Operating temperature range: 40+ C to +8+ C Insulation resistance at +0+ C: 000 sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. ielectric loss factor tan d 0 : x 10-4 Test voltage between terminals at + C: 1. U r C, 10sec Test voltage between terminals and case at + C and 0 Hz: 3 kv AC, 1 min. ielectric absorption: 0.0 % Reliability: Operational life hours Failure rate < 0 fit (hot spot 70 C) Packing Transportation-safe packing in cardboard boxes. For further details and graphs please refer to Technical Information. The capacitors are non-polarized and are optionally available with male and female terminations. The earth bolt is electrically inactive and serves for fixing and/or earthing of the metal case. Plastic film Vacuum-deposited electrode Metal contact layer (schoopage) Termination Encapsulation: Aluminium case with PU-sealing, UL 94 V-0 Terminations: Screw connection (male or female), screw bolt M1 x 16. Marking: Colour: Metallic. Marking: Black on silver label. 131

132 WIMA C-LINK MKP 6 General ata U R x L C N 70 C 8 C mm 600 VC 40 VC 700 VC 600 VC 900 VC 760 VC 1100 VC 90 VC 30 mf mf mf mf x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x 140 Contacts can handle: peak currents Î up to ka surge currents I S up to 0 ka * General guide I rms (max.)* at 70 C A ESR (1 khz)* m L e nh Approx. weight g Part number CP6I0630EB00 CP6I06460EC00 CP6I060E00 CP6I0660EE00 CP6I06760EF00 CP6I06780E000 CP6I0690E100 CP6I07103EG00 CP6I071EN00 CP6I0710EO00 CP6I07164EP00 CP6I07189EQ00 CP6I0703ER00 CP6K0630EB00 CP6K06330EC00 CP6K06380E00 CP6K0640EE00 CP6K060EF00 CP6K068E000 CP6K06690E100 CP6K06740EG00 CP6K06890EN00 CP6K07109EO00 CP6K07119EP00 CP6K07137EQ00 CP6K07147ER00 CP6N06190EB00 CP6N0670EC00 CP6N0631E00 CP6N06360EE00 CP6N0640EF00 CP6N06480E000 CP6N060E100 CP6N0660EG00 CP6N06730EN00 CP6N06900EO00 CP6N06980EP00 CP6N07113EQ00 CP6N0710ER00 CP6P0610EB00 CP6P06170EC00 CP6P0600E00 CP6P0630EE00 CP6P0690EF00 CP6P063E000 CP6P06360E100 CP6P06390EG00 CP6P06470EN00 CP6P0680EO00 CP6P06630EP00 CP6P0670EQ00 CP6P06780ER00 Customer-specific capacitances or voltages on request Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F 13 page 133

133 WIMA C-LINK MKP 6 General ata U R x L C N 70 C 8 C mm 1300 VC 1100 VC 100 VC 10 VC 8 mf mf x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x x 60 8 x 76 8 x 8 8 x 9 8 x x 10 8 x 13 8 x x x x x x 140 Contacts can handle: peak currents Î up to ka surge currents I S up to 0 ka * General guide female male I rms (max.)* at 70 C A ESR (1 khz)* m L e nh Approx. weight g Part number CP6R80EB00 CP6R610EC00 CP6R613E00 CP6R6160EE00 CP6R600EF00 CP6R61E000 CP6R60E100 CP6R670EG00 CP6R630EN00 CP6R6390EO00 CP6R6430EP00 CP6R6490EQ00 CP6R630ER00 CP6S070EB00 CP6S06110EC00 CP6S0610E00 CP6S0614EE00 CP6S06180EF00 CP6S0619E000 CP6S06E100 CP6S0640EG00 CP6S0690EN00 CP6S063EO00 CP6S06390EP00 CP6S0644EQ00 CP6S06480ER00 Customer-specific capacitances or voltages on request Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F L a b c ims. in mm. page

134 WIMA C-LINK MKP 6 HP : Versions with increased dimensioning for higher current carrying capability General ata U R x L C N 70 C 8 C mm 600 VC 40 VC 700 VC 600 VC 900 VC 760 VC 640 mf mf mf x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x x x x x x x x 116 x x 34 8 x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x x x x x x x x 116 x x 34 8 x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x 34 I rms (max.)* at 70 C A ESR (1 khz)* m L e nh < 60 < 60 < 60 < 60 < 60 < 70 < 60 < 60 < 60 < 60 < 70 < 70 < 60 < 60 < 60 < 60 < 60 < 70 < 60 < 60 < 60 < 60 < 70 < 70 < 60 < 60 < 60 < 60 < 60 < 70 Approx. weight g Part number CHPI06640EF00 CHPI0690EG00 CHPI07104EH00 CHPI0714EI00 CHPI071E00 CHPI07166EJ00 CHPI07190EK00 CHPI0706EL00 CHPI0749EM00 CHPI0716EO00 CHPI0718ER00 CHPI0706ES00 CHPI0744ET00 CHPI07300EU00 CHPI0738E700 CHPI07378EV00 CHPI07406EW00 CHPI0749EX00 CHPK06460EF00 CHPK06660EG00 CHPK06760EH00 CHPK06900EI00 CHPK07110E00 CHPK0710EJ00 CHPK07138EK00 CHPK07148EL00 CHPK07180EM00 CHPK0690EO00 CHPK0713ER00 CHPK0710ES00 CHPK07178ET00 CHPK0718EU00 CHPK0738E700 CHPK0774EV00 CHPK0794EW00 CHPK0737EX00 CHPN06380EF00 CHPN0640EG00 CHPN06630EH00 CHPN0670EI00 CHPN06900E00 CHPN07100EJ00 CHPN07114EK00 CHPN0714EL00 CHPN0710EM00 Contacts can handle: peak currents Î up to 10 ka surge currents I S up to 40 ka * General guide Customer-specific capacitances or voltages on request Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F page

135 WIMA C-LINK MKP 6 HP General ata U R x L C N 70 C 8 C mm 900 VC 760 VC 1100 VC 90 VC 1300 VC 1100 VC 760 mf mf mf x x x x x x x 116 x x 34 8 x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x x x x x x x x 116 x x 34 8 x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x x x x x x x x 116 x x 34 I rms (max.)* at 70 C A ESR (1 khz)* m , L e nh < 60 < 60 < 60 < 60 < 70 < 70 < 60 < 60 < 60 < 60 < 60 < 70 < 60 < 60 < 60 < 60 < 70 < 70 < 60 < 60 < 60 < 60 < 60 < 70 < 60 < 60 < 60 < 60 < 70 < 70 Approx. weight g Part number CHPN06760EO00 CHPN07110ER00 CHPN0714ES00 CHPN07146ET00 CHPN07180EU00 CHPN07196E700 CHPN076EV00 CHPN0740EW00 CHPN0794EX00 CHPP0640EF00 CHPP06340EG00 CHPP06400EH00 CHPP06460EI00 CHPP0680E00 CHPP06640EJ00 CHPP0670EK00 CHPP06780EL00 CHPP06960EM00 CHPP06480EO00 CHPP06700ER00 CHPP06780ES00 CHPP06940ET00 CHPP07116EU00 CHPP0716E700 CHPP07144EV00 CHPP0716EW00 CHPP07189EX00 CHPR6170EF00 CHPR640EG00 CHPR670EH00 CHPR630EI00 CHPR6400E00 CHPR6440EJ00 CHPR600EK00 CHPR640EL00 CHPR6660EM00 CHPR6330EO00 CHPR6480ER00 CHPR640ES00 CHPR6640ET00 CHPR6780EU00 CHPR6860E700 CHPR6980EV00 CHPR7106EW00 CHPR719EX00 Contacts can handle: peak currents Î up to 10 ka surge currents I S up to 40 ka * General guide Customer-specific capacitances or voltages on request Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F page

136 WIMA C-LINK MKP 6 HP General ata U R x L C N 70 C 8 C mm 100 VC 10 VC 10 mf x x x 1 8 x 18 8 x 10 8 x 3 8 x 8 x 60 8 x x x x x x x x 116 x x 34 Contacts can handle: peak currents Î up to 10 ka surge currents I S up to 40 ka * General guide I rms (max.)* at 70 C A ESR (1 khz)* m L e nh < 60 < 60 < 60 < 60 < 60 < 70 < 60 < 60 < 60 < 60 < 70 < 70 Approx. weight g Part number CHPS0610EF00 CHPS060EG00 CHPS0640EH00 CHPS0690EI00 CHPS06360E00 CHPS06390EJ00 CHPS0640EK00 CHPS06480EL00 CHPS068EM00 CHPS06300EO00 CHPS06430ER00 CHPS06490ES00 CHPS0680ET00 CHPS06710EU00 CHPS06780E700 CHPS06890EV00 CHPS06960EW00 CHPS07117EX00 Customer-specific capacitances or voltages on request female male Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Connection: male = 0M female = 0F L a b c ims. in mm. 136

137 WIMA C-LINK HC Metallized Polypropylene (PP) - Capacitors for C-Link Applications. Capacitances from 140 mf to 80 mf. Rated Voltages from 40 VC to 100 VC. Special Features Very high volume/capacitance ratio Self-healing, internal safety disconnector Safe contact configurations by screwable plates ry construction without electrolyte or oil Very low disipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Customer-specific tabs, capacitances or voltages on request 10 C version on request Typical Applications As intermediate circuit capacitor e. g. in high power converter technology Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 140 mf to 80 mf Rated voltages: 40 VC, 900 VC, 100 VC Capacitance tolerance: ±10% Operating temperature: + C to +8 C (+10 C on request) Insulation resistance at +0+ C: sec (M x mf) (mean value: sec) Measuring voltage: 100 V/1 min. Self-inductance: 0 nh depending on tab configuration ESR at +0 C: See General ata. Mounting Recommendation Excessive mechanical strain, e. g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. When fixing the capacitor the screw torque is to be limited to max. Nm. Test voltage: 1. U r, 10 sec ielectric absorption: 0.0 % Voltage derating: A derating factor of 1.3% per K must be applied from +70 C for AC currents (I rms ) Reliability: Operational life hours at 70 C hot spot Failure rate 0 fit (hot spot 70 C) Specific dissipation: See General ata. Standards: in accordance with IEC Packing Transportation-safe packing in cardboard boxes. For further details and graphs please refer to Technical Information. Encapsulation: Solvent resistant, flame-retardant plastic case with PU seal Terminations: Tinned plates, customized plate configurations are possible. Marking: Colour: Black. Marking: Gold. 137

138 WIMA C-LINK HC General ata E U R C N Size (mm) I rms (max.)* N W S W H L A 40 VC 900 VC 100 VC 1440 mf mf mf Î* ka I S * ka ESR (1 khz)* m R th * K/W Approx. weight g Part number CHCH07144JB00KS00 CHCH0740JH00KS00 CHCH07300JC00KS00 CHCH0749JE00KS00 CHCH0700JI00KS00 CHCH078JJ00KS00 CHCN0640JB00KS00 CHCN0670JH00KS00 CHCN06940JC00KS00 CHCN0710JE00KS00 CHCN0716JI00KS00 CHCN0760JJ00KS00 CHCS06140JB00KS00 CHCS0630JH00KS00 CHCS0680JC00KS00 CHCS06460JE00KS00 CHCS06470JI00KS00 CHCS06790JJ00KS00 * General guide External wiring: Customer-specific tabs. capacitances or voltages on request W H L a b c d ims. in mm. Case tolerances: general tolerances in accordance with ISO C (approximate) 138

139 WIMA C-LINK HY Metallized Polypropylene (PP) - Capacitors for Hybrid rives. Capacitance 00 mf. Rated Voltage 40 VC. Special Features Very high volume/capacitance ratio Self-healing, internal safety disconnector Safe contact configuration by screwable plates ry construction without electrolyte or oil Very low dissipation factor Negative capacitance change versus temperature Very low dielectric absorption According to RoHS 011/6/EU Customer-specific capacitances or voltages on request Typical Applications As intermediate circuit capacitor e.g. in hybrid drives Construction ielectric: Polypropylene (PP) film Capacitor electrodes: Vacuum-deposited Internal construction: Electrical ata Capacitance range: 00 mf Rated voltage: 40 VC Capacitance tolerances: ±0%, ±10%, (±% available subject to special enquiry) Operating temperature range: + C to +8+ C (hot spot +110 C in combination with a heatsink) Insulation resistance at +0+ C: sec (M x mf) (mean value: s) Measuring voltage: 100 V/1 min. Mounting Recommendation Excessive mechanical strain, e.g. pressure or shock onto the capacitor body, is to be avoided during mounting and usage of the capacitors. When fixing the capacitor the screw torque is to be limited to max. Nm. ielectric loss factor tan d 0 : x 10-4 Test voltage: 1.3 U r, sec ielectric absorption: 0.0 % Voltage derating: A voltage derating factor of 1.3 % per K must be applied from +8 C for C voltage. Reliability: Operational life hours at 40 C Failue rate 36 fit (0.7 x U r and 40) C) Packing Transport-safe packing in cardboard boxes. For further details and graphs please refer to Technical Information. Encapsulation: Solvent-resistant, flame-retardant plastic case with PU seal, UL 94 V-0 Terminations: Tinned plates Marking: Colour: Black. Marking: Gold. 139

140 WIMA C-LINK FKP 4 HY General ata Capacitance U R I max A I rms * A L e nh ESR* m Approx. weight g Part number 00 mf 40 VC ** < 1 0.8** 1400 CHYH0600JG00 * f = 1kHz Customized solutions can be realized on request ** General guide Part number completion: Tolerance: 0 % = M 10 % = K % = J Packing: bulk = S Pin length: none = ±1 0 ± _ ±1 _ 1. ±1 ims. in mm. 7 ±1 16 M6 Ø 6. Ø ±

141 WIMA PowerBlock NEW ouble-layer Capacitor (SuperCap) Modules with Very High Capacitances Special Features Modules with very high capacitance values from 6 F to 00 F and rated voltages from 16 VC to 1 VC ischarge current up to 1900 A Maintenance-free Series connected Actively balanced According to RoHS 011/6/EU General ata UR 16 V CN 10 F 00 F imensions W H L Part number MCPBA0B10MC00QV00 MCPBA0B00MC00QV00 6. V 1 F MCPBB4B1MC00QV00 1 V 6 F MCPBAA60MC00QV00 Construction Encapsulation: Metal case IP6 Terminal tread size: M8 / M10 Marking: Colour: Black. Marking: Gold Internal construction: The WIMA PowerBlock range has a modular design. The configurations displayed are representative examples which at any time can be adapted in terms of capacitance, voltage or dimensions. Customized solutions can be realized on request. Technical Options on Request Temperature monitoring Overvoltage signal Voltage monitoring Industrial connector/can-connector Application-adapted cooling Application-specific protection classes Application: WIMA PowerBlock modules stores energy and releases it within short time in e. g.: Motor start in construction, agriculture and earth moving machines, trucks, busses, vessels, generators Railway technology e. g. locomotives, electric tramway, metro etc. Hybrid and heavy transportation in e. g. construction, agricultural and forest machines, city busses, forklifts, cranes etc. Automated guided vehicules (AGV) in production facilities, in-plant logistic systems etc. Uninterruptible power supply (UPS) in hospitals, telecommunication systems, oil and gas extraction etc. Wind power systems e. g. in pitch control. Advantages: Fast supply of several A in direct current operation Operating temperature range from -40 C to +6 C Maintenance-free operation with up to 1 million charge/discharge cycles Life expectancy >10 years Low weight against batteries or secondary batteries Environmentally friendly materials No risk of damage do to complete discharge of the component Very fast recharge of the PowerBlock. Conclusion: The use of PowerBlocks as energy storage increases efficiency and life time of the applications, saves weight and cost for maintenance, and is environmentally friendly. 141

142 WIMA PowerBlock Technical ata Rated capacitance: CN [F] Capacitance tolerance: [%] 0%/+0% Rated voltage: UR [V] Max. continuous current 1) : IC [A, rms] Current, peak (1 sec): IP [A] up to 680 up to 1900 up to 1900 up to 1900 Max. ESR, initial: RC [m ] Max. stored energy: ±0% Emax. [Wh] Operating temperature: Top [ C] 40) C... +6) C Storage temperature: Tst [ C] 40) C ) C Weight: m [kg] Volume: V [ l ] Additional ata Case: AlMg3 Lug terminals: M8 / M10 Comparative ata Lifetime: in hours ) [h] , rated voltage, C in cycles 3) cycles >1 million, rated voltage, C Energy density: gravimetric Ed [Wh/kg] volumetric EV [Wh/l] M10 x 1. negative terminal tread depth: 0 - mm max. torque 1 Nm a b M8 x 1. positive terminal tread depth: 0 - mm max. torque 1 Nm ims. in mm H 0 CN W ±1 H ±1 L ±1 W1 ±1 L1 ±1 a ±1 b ±1 6 F F F F ) T = 40 C ) Requirements: C < 0% decrease, ESR <100% increase. 3) Requirements: C < 0% decrease, ESR <100% increase. 4 W W1 L1 L 14

143 WIMA Part Number System A WIMA part number consists of 18 digits and is composed as follows: Field 1-4: Type description Field - 6: Rated voltage Field 7-10: Capacitance Field 11-1: Size and PCM Field 13-14: Version code (e.g. Snubber versions) Field 1: Capacitance tolerance Field 16: Packing Field 17-18: Pin length (untaped) M K S C A 0 0 M S S MKS 63 VC 0.01 mf. x 6. x % bulk 6 - Type description: Rated voltage: Capacitance: Size: Tolerance: SM-PET = SMT 0 VC = B0 pf = x 3.3 x 3 Size 181 = KA ±0 % = M SM-PEN = SMN 63 VC = C0 47 pf = x 3.3 x 4 Size 181 = KB ±10 % = K SM-PPS = SMI 100 VC = pf = x.1 x 3. Size 0 = QA ± % = J FKP 0 = FKP0 0 VC = F0 10 pf = x.1 x 4. Size 0 = QB ±. % = H MKS 0 = MKS0 400 VC = G0 0 pf = x 6.1 x 3 Size 84 = TA ±1 % = E FKS = FKS 40 VC = H0 330 pf = x 6.1 x Size 84 = TB... FKP = FKP 0 VC = H 470 pf = x 7.6 x Size 4030 = VA FKS 3 = FKS3 600 VC = I0 680 pf = x 10. x 6 Size 040 = XA FKP 3 = FKP VC = J pf = x 13.7 x 7 Size 604 = YA Packing: MKS = MKS 700 VC = K0 100 pf = 110. x 7 x 4.6 PCM. = 0B AMMO H x 340 = A MKP = MKP 800 VC = L0 00 pf = 10 3 x 7. x 4.6 PCM. = 0C AMMO H x 370 = B MKS 4 = MKS4 80 VC = M pf = x 6. x 7. PCM = 1A AMMO H x 340 = C MKP 4C = MKPC 900 VC = N pf = x 7. x 7. PCM = 1B AMMO H x 370 = MKP 4 = MKP VC = O pf = x 7 x 10 PCM 7. = A REEL H = F MKP 10 = MKP VC = P mf = x 8. x 10 PCM 7. = B REEL H = H FKP 1 = FKP1 100 VC = Q0 0.0 mf = 0 3 x 9 x 13 PCM 10 = 3A REEL H = I MKP-X = MKX 10 VC = R mf = x 9 x 13 PCM 10 = 3C REEL H = J MKP-X1 R = MKX1 100 VC = S0 0.1 mf = 3100 x 11 x 18 PCM 1 = 4B ROLL H16. = N MKP-Y = MKY 1600 VC = T0 0. mf = 30 6 x 1. x 18 PCM 1 = 4C ROLL H18. = O MP 3-X = MPX 000 VC = U mf = 3470 x 14 x 6. PCM. = A BLISTER W1 180 = P MP 3-X1 = MPX1 00 VC = V0 1 mf = x 1 x 6. PCM. = B BLISTER W1 330 = Q MP 3-Y = MPY 3000 VC = W0. mf = 40 9 x 19 x 31. PCM 7. = 6A BLISTER W = R MP 3R-Y = MPRY 4000 VC = X0 4.7 mf = x1 x 31. PCM 7. = 6B BLISTER W4 330 = T MKP 4F = MKPF 6000 VC = Y0 10 mf = x 19 x 41. PCM 37. = 7A Bulk/TPS Standard = S Snubber MKP = SNMP 0 VAC = 0W mf = 0 11 x x 41. PCM 37. = 7B... Snubber FKP = SNFP 7 VAC = 1W 47 mf = x 31 x 6 PCM 48. = 8 GTO MKP = GTOM 300 VAC = W 100 mf = 6100 x 4 x 7 PCM. = 9 C-LINK MKP 3 = CP3 30 VAC = AW 0 mf = C-LINK MKP 4 = CP4 30 VAC = BW 1000 mf = 7100 C-LINK MKP 4S = CPS 440 VAC = 4W 100 mf = 710 C-LINK MKP = CP 00 VAC = W... Version code: Pin length (untaped) C-LINK MKP 6 = CP6... Standard = ±0. = C9 C-LINK HC = CHC Version A1 = 1A 6 - = S C-LINK HY = CHY Version A1.1.1 = 1B 16 ±1 = P1 Version A = A Pin length (taped) none = 00 The data on this page is not complete and serves only to explain the part number system. Part number information is listed on the pages of the respective WIMA range. 143

144 Blister Tape Packaging and Packing Units of the WIMA SM Capacitors Tape reel: + W1-0 Tape advance and return: Tape return Tape advance Cover film advan 10-0 empty compartments 10-0 empty compartments min. 00 mm N / Unwinding direction All dims. in mm. A0 B0 A1 B1 W max. E G F W W0 T Type Wmax W1± 0 N ± P P0 P 0 1 K A0 A1 B0 B1 0 1 P P0* P E F G W W0 K T taped taped bulk ± 0.1 ± ± 0.1 ± 0.1 ± 0.0 ± 0.1 ± 0.0 ± 0.3 ± 0. ± 0.1 ± 0.1 Reel Reel Box size Code mm P 330 mm P Standard Size Code x 3.3 x 3 KA P1. P x 3.3 x 4 KB P1. P A0 A1 B0 B1 0 1 P P0* P E F G W W0 K T taped taped bulk ± 0.1 ± ± 0.1 ± 0.1 ± 0.0 ± 0.1 ± 0.0 ± 0.3 ± 0. ± 0.1 ± 0.1 Reel Reel Box size Code mm P 330 mm P Standard Size Code 0.7 x.1 x 3. QA P1. P x.1 x 4. QB P1. P A0 A1 B0 B1 0 1 P P0* P E F G W W0 K T taped bulk ± 0.1 ± ± 0.1 ± 0.1 ± 0.0 ± 0.1 ± 0.0 ± 0.3 ± 0. ± 0.1 ± 0.1 Reel Box size Code mm P Standard Size Code x 6.1 x 3 TA P1. P x 6.1 x TB P1. P Code A0 ± 0.1 A1 B0 ± 0.1 B P ± 0.1 P0* ± 0.1 P ± 0.0 E ± 0.1 F ± 0.0 G W ± 0.3 W0 ± 0. K ± 0.1 T ± 0.1 Packing units taped Reel 330 mm P bulk Standard Size Code 4030 VA P1. P Size Code 040 XA P1. P Size Code 604 YA P1. P * cumulative after 10 steps p 0. mm max. Samples and pre-production needs on request or 1 Reel minimum. Part number codes for SM packing W (Blister) P in mm Code P Q R T Bulk Standard S 144

145 P P P 1 H1 P 1 H t Typical imensions for Taping Configuration P P Vh H1 P 1 W H W0 W1 iagram 1: PCM.//7.mm W 0 F d P 0 d d F P 0 P F P P 0 iagram : PCM10/1mm iagram 3:PCM. and 7.*mm *PCM 7. taping possible withtwo feed holesbetween components imensions for Radial Taping esignation Symbol PCM. taping PCM taping PCM 7. taping PCM 10 taping* PCM 1 taping* PCM. taping PCM 7. taping Carrier tape width W 18.0 p p p p p p p0. Hold-down tape width W for hot-sealing 6.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing for hot-sealing 1.0 adhesive tape adhesive tape adhesive tape adhesive tape adhesive tape adhesive tape adhesive tape Hole position W p p p p p p p0. Hold-down tape position W 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. Feed hole diameter p p p p p p p0. Pitch of component P 1.7 p p p1.0.4 p1.0.4 p p1. 3 * 8.1 p1. or 0.8 p1. cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch Feed hole pitch P p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch Feed hole centre to pin Hole centre to component centre P 1.1 p p0.7.6 p p0.7. p p0.7.3 p0.7 P 6.3 p p p p p p p1.3 Feed hole centre to bottom 16. p p p p p p p0. H edge of the component 18. p p p p p p p0. Feed hole centre to top H+H H component < H 1 H+H component < H 1 H+H component < H 1 H+H component < H 1 H+H component < H 1 H+H component < H 1 H+H component < H 1 edge of the component 1 3. max. 3. max. 4. to to to to to 4.0 Pin spacing at F. p p p0.8 1 p0.8. p p0.8 upper edge of carrier tape 0. Pin diameter d 0.4 p p p0.0 or ,06 +0,08 +0, p0.0 or Component alignment h p.0 max. p.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. Total tape thickness t 0.7 p p p p p p p0. Package (see also page 146) ROLL/AMMO Unit see details page 147. ims in mm. iameter of pins see General ata. REEL P 360 max. p depending on P 30 p1 B 8 p comp. dimensions * PCM 10 and PCM 1 can be crimped to PCM 7.. Position of components according to PCM 7. (sketch 1). P 0 = 1.7 or 1.0 is possible REEL P 360 max. B P 30 p1 AMMO p 4 p depending P 00 max. 8 p or REEL B 60 p on PCM and P p1 66 p 68 p component dimensions Please clarify customer-specific deviations with the manufacturer. 14

146 Types of Tape Packaging of Capacitors for Automatic Radial Insertion ROLL Packaging AMMO Packaging REEL Packaging 340 max. 370 max. 30± 1 ± max. 00 max. 0 max. 70 max. 340 max. 490 max. BAR COE (Labelling) Labelling of package units in plain text and with alphanumerical Bar Code Scanner decoding of WIMA supplier number Customer s P/O number Customer s part number WIMA confirmation number WIMA part number Lot number ate code Quantity In addition part description of article capacitance value rated voltage dimensions capacitance tolerance packing as well as gross weight and customer s name are indicated in plain text. BARCOE Code max. 340 max. 0 max. B 146

147 Packing Quantities for Capacitors with Radial Pins in PCM. mm to. mm PCM. mm mm 7. mm 10 mm 1 mm. mm pcs. per packing unit Size ROLL REEL AMMO bulk P 360 P x x 370 H16. H18. H16. H18. H16. H18. H16. H18. H16. H18. W H L Codes S N O F I H J A C B B C E F A B C E F G H I J K L M N A B C E F G A FA C FB F G H I B FC C F FE F FF H J FG M A B FH F FI 70* G 94* H 94* I 61* FJ 480* * TPS (Tray-Packing-System). Plate versions may have different packing units. Moulded versions. Samples and pre-production needs on request. 147

148 Packing Quantities for Capacitors with Radial Pins in PCM 7. mm to. mm PCM 7. mm 37. mm 48. mm. mm pcs. per packing unit Size ROLL REEL AMMO bulk P 360 P x x 370 H16. H18. H16. H18. H16. H18. H16. H18. H16. H18. W H L Codes S N O F I H J A C B A 67* 460/340* B 49* 380/80* * FK 40* F 34* FL 34* G 198* I 198* FM 16* J 16* A 441* B 37* C 94* * E 14* F 140* G 16* H 11* I 84* J 3* K 8* * E 80* H 84* J * L * * E 60* F * 4 7 9H 0* J 0* * for -inch transport pitches. Moulded versions. * TPS (Tray-Packing-System). Plate versions may have different packing units. Samples and pre-production needs on request. Updated data on 148

149 WIMA GmbH & Co. KG Besselstr Mannheim Germany Tel.: Fax: sales@wima.de

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