SL Series 85 SMD Ecap
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- Esther Arline Wilson
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1 Features: Designed for surface mounting on high density PC board Supplied with carrier taping for automatic mounting machine Guarantees 2,000 hours at 85 C Specifications Item Operating Temperature Range Working Voltage Range Characteristics -40 C to +85 C 4 to 100 V Capacitance Range 0.1 to 1,500 µf Capacitance Tolerance Maximum Leakage Current ±20% (120 Hz, 20 C) I 0.01 CV or 3 (µa) whichever is greater (after 2 mins.) W V Dissipation Factor at 120 Hz, 20 C tan δ (max.) Low Temperature Characteristics (Impedance ratio at 120 Hz) Load Life (After application of the rated voltage for 2,000 hrs at 85 C) Shelf Life (at 85 C) Ø Ø4 to Ø8 to W V Z-25 C / Z+20 C Z-40 C / Z+20 C Capacitance change Within ±25% of initial value (4 W V < ±30%) Tan δ Leakage current Less than 200% of initial specified value Less than specified value After 1,000 hrs no load test, leakage current, capacitance change and tan δ are as same as load life value Place terminal side surface on 250 C hot plate for 30 s allow test samples to be cooled down to room temperature Soldering Heat Resistance Capacitance change Tan δ Leakage Current Within ±10% of initial value Less than initial specified value Page <1> 10/09/11 V1.1
2 Diagram of Dimensions Dimensions : Millimetres ØD ±0.5 Maximum L α A ±0.2 B ±0.2 C ±0.2 W P ± to to W V µf to Dimensions : Millimetres Dimensions and Maximum Permissible Ripple Current ma (rms) at 120 Hz, 105 C * (8) * (8) 13 (10) * (10) * (12) * (15) Page <2> 10/09/11 V1.1
3 Dimensions and Maximum Permissible Ripple Current ma (rms) at 120 Hz, 105 C W V µf 22 * (19) * (19) , , *Ø3 is available Capacitor, Case B, 33µF, 4V Capacitor, Case B, 47µF, 4V Capacitor, Case D, 56µF, 4V Capacitor, Case D, 68µF, 4V Capacitor, Case D, 100µF, 4V Capacitor, Case E, 150µF, 4V Capacitor, Case E, 220µF, 4V Capacitor, Case F, 330µF, 4V Capacitor, Case G, 470µF, 4V Capacitor, Case D, 33µF, 6.3V Capacitor, Case D, 47µF, 6.3V Capacitor, Case D, 56µF, 6.3V Capacitor, Case E, 68µF, 6.3V Capacitor, Case E, 150µF, 6.3V Capacitor, Case F, 220µF, 6.3V MCESL4V336M4X MCESL4V476M4X MCESL4V566M5X MCESL4V686M5X MCESL4V107M5X MCESL4V157M6.3X MCESL4V227M6.3X MCESL4V337M6.3X MCESL4V477M6.3X MCESL6V3336M5X MCESL6V3476M5X MCESL6V3566M5X MCESL6V3686M6.3X MCESL6V3157M6.3X MCESL6V3227M6.3X5.4 Page <3> 10/09/11 V1.1
4 Capacitor, Case G, 330µF, 6.3V Capacitor, Case H, 470µF, 6.3V Capacitor, Case H, 680µF, 6.3V Capacitor, Case H, 1000µF, 6.3V Capacitor, Case J, 1500µF, 6.3V Capacitor, Case D, 22µF, 10V Capacitor, Case D, 33µF, 10V Capacitor, Case E, 47µF, 10V Capacitor, Case E, 56µF, 10V Capacitor, Case E, 68µF, 10V Capacitor, Case E, 100µF, 10V Capacitor, Case F, 150µF, 10V Capacitor, Case H, 330µF, 10V Capacitor, Case H, 470µF, 10V Capacitor, Case J, 680µF, 10V Capacitor, Case J, 1000µF, 10V Capacitor, Case D, 22µF, 16V Capacitor, Case E, 33µF, 16V Capacitor, Case E, 56µF, 16V Capacitor, Case E, 68µF, 16V Capacitor, Case E, 100µF, 16V Capacitor, Case G, 150µF, 16V Capacitor, Case G, 220µF, 16V Capacitor, Case H, 330µF, 16V Capacitor, Case H, 470µF, 16V Capacitor, Case J, 680µF, 16V Capacitor, Case D, 10µF, 25V Capacitor, Case E, 22µF, 25V Capacitor, Case E, 33µF, 25V Capacitor, Case F, 47µF, 25V Capacitor, Case F, 56µF, 25V Capacitor, Case F, 68µF, 25V Capacitor, Case H, 150µF, 25V Capacitor, Case H, 220µF, 25V Capacitor, Case H, 330µF, 25V MCESL6V3337M6.3X MCESL6V3477M8X MCESL6V3687M8X MCESL6V3108M8X MCESL6V3158M10X MCESL10V226M5X MCESL10V336M5X MCESL10V476M6.3X MCESL10V566M6.3X MCESL10V686M6.3X MCESL10V107M6.3X MCESL10V157M6.3X5.4 MCESL10V337M8X MCESL10V477M8X MCESL10V687M10X MCESL10V108M10X MCESL16V226M5X MCESL16V336M6.3X MCESL16V566M6.3X MCESL16V686M6.3X MCESL16V107M6.3X MCESL16V157M6.3X MCESL16V227M6.3X MCESL16V337M8X MCESL16V477M8X MCESL16V687M10X MCESL25V106M5X MCESL25V226M6.3X MCESL25V336M5X MCESL25V476M6.3X5.4 MCESL25V566M6.3X5.4 MCESL25V686M6.3X5.4 MCESL25V157M8X MCESL25V227M8X MCESL25V337M8X Page <4> 10/09/11 V1.1
5 Capacitor, Case J, 470µF, 25V Capacitor, Case D, 10µF, 35V Capacitor, Case F, 33µF, 35V Capacitor, Case F, 47µF, 35V Capacitor, Case G, 56µF, 35V Capacitor, Case G, 68µF, 35V Capacitor, Case G, 100µF, 35V Capacitor, Case H, 150µF, 35V Capacitor, Case H, 220µF, 35V Capacitor, Case J, 330µF, 35V Capacitor, Case B, 2.2µF, 50V Capacitor, Case B, 3.3µF, 50V Capacitor, Case F, 22µF, 50V Capacitor, Case G, 33µF, 50V Capacitor, Case G, 56µF, 50V Capacitor, Case H, 68µF, 50V Capacitor, Case J, 150µF, 50V Capacitor, Case J, 220µF, 50V Capacitor, Case B, 1µF, 63V Capacitor, Case B, 2.2µF, 63V Capacitor, Case D, 3.3µF, 63V Capacitor, Case D, 4.7µF, 63V Capacitor, Case E, 10µF, 63V Capacitor, Case G, 22µF, 63V Capacitor, Case H, 33µF, 63V Capacitor, Case H, 47µF, 63V Capacitor, Case H, 56µF, 63V Capacitor, Case J, 68µF, 63V Capacitor, Case J, 100µF, 63V Capacitor, Case C, 1µF, 100V Capacitor, Case F, 2.2µF, 100V Capacitor, Case F, 3.3µF, 100V Capacitor, Case F, 4.7µF, 100V Capacitor, Case G, 10µF, 100V Capacitor, Case H, 22µF, 100V MCESL25V477M10X MCESL35V106M5X MCESL35V336M6.3X5.4 MCESL35V476M6.3X5.4 MCESL35V566M6.3X MCESL35V686M6.3X MCESL35V107M6.3X MCESL35V157M8X MCESL35V227M8X MCESL35V337M10X MCESL50V225M4X MCESL50V335M4X MCESL50V226M6.3X5.4 MCESL50V336M6.3X MCESL50V566M6.3X MCESL50V686M8X MCESL50V157M10X MCESL50V227M10X MCESL63V105M4X MCESL63V225M4X MCESL63V335M5X MCESL63V475M5X MCESL63V106M6.3X MCESL63V226M6.3X MCESL63V336M8X MCESL63V476M8X MCESL63V566M8X MCESL63V686M10X MCESL63V107M10X MCESL100V105M4X5.4 MCESL100V225M6.3X5.4 MCESL100V335M6.3X5.4 MCESL100V475M6.3X5.4 MCESL100V106M6.3X MCESL100V226M8X Page <5> 10/09/11 V1.1
6 Capacitor, Case J, 33µF, 100V Capacitor, Case E 100µF 6.3V Capacitor, Case G 220µF 10V Capacitor, Case B 10µF 16V Capacitor, Case E 47µF 16V Capacitor, Case G 100µF 25V Capacitor, Case B 4.7µF 35V Capacitor, Case E 22µF 35V Capacitor, Case B 1µF 50V Capacitor, Case D 4.7µF 50V Capacitor, Case E 10µF 50V Capacitor, Case G 47µF 50V Capacitor, Case H 100µF 50V Capacitor, Case E, 100µF, 6.3V Capacitor, Case G, 220µF, 10V Capacitor, Case B, 10µF, 16V Capacitor, Case E, 47µF, 16V Capacitor, Case G, 100µF, 25V Capacitor, Case B, 4.7µF, 35V Capacitor, Case E, 22µF, 35V Capacitor, Case B, 1µF, 50V Capacitor, Case D, 4.7µF, 50V Capacitor, Case E, 10µF, 50V Capacitor, Case G, 47µF, 50V Capacitor, Case H, 100µF, 50V MCESL100V336M10X MCESL6V3107M6.3X MCESL10V227M6.3X MCESL16V106M4X MCESL16V476M6.3X MCESL25V107M6.3X MCESL35V475M4X MCESL35V226M6.3X MCESL50V105M4X MCESL50V475M5X MCESL50V106M6.3X MCESL50V476M6.3X MCESL50V107M8X MCESL6V3107M6.3X MCESL10V227M6.3X MCESL16V106M4X MCESL16V476M6.3X MCESL25V107M6.3X MCESL35V475M4X MCESL35V226M6.3X MCESL50V105M4X MCESL50V475M5X MCESL50V106M6.3X MCESL50V476M6.3X MCESL50V107M8X Important Notice : This data sheet and its contents (the "Information") belong to the members of the Premier Farnell group of companies (the "Group") or are licensed to it. No licence is granted for the use of it other than for information purposes in connection with the products to which it relates. No licence of any intellectual property rights is granted. The Information is subject to change without notice and replaces all data sheets previously supplied. The Information supplied is believed to be accurate but the Group assumes no responsibility for its accuracy or completeness, any error in or omission from it or for any use made of it. Users of this data sheet should check for themselves the Information and the suitability of the products for their purpose and not make any assumptions based on information included or omitted. Liability for loss or damage resulting from any reliance on the Information or use of it (including liability resulting from negligence or where the Group was aware of the possibility of such loss or damage arising) is excluded. This will not operate to limit or restrict the Group's liability for death or personal injury resulting from its negligence. Multicomp is the registered trademark of the Group. Premier Farnell plc Page <6> 10/09/11 V1.1
CB Series Tantalum Capacitor
Features: Lead-Free Specially designed of general purpose Highly reliable resin dipped type Excellent frequency and temperature characteristics Non-flammable epoxy resin Technical Specifications: Item
CB Series Tantalum Capacitor
Features: Lead-Free Specially designed of general purpose Highly reliable resin dipped type Excellent frequency and temperature characteristics Non-flammable epoxy resin Technical Specifications: Item
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Tantalum Through-Hole Capacitors Molded Radial T370 & T378 Micron MIL-PRF-49137/6 (CX06 Style) Applications
Overview The KEMET T370 and T378 Micron MIL-PRF-49137/6 (CX06 Style) capacitors are available in a variety of case styles and sizes. These capacitors are designed to operate from 55 C to +85 C at full
Cal-Chip Electronics, Incorporated TC Series Tantalum Solid Electrolytic Capacitors - Resin Molded Chip Type, Standard Type
: The T Series is designed for hybrid circuit and low profile printed circuit board applications where inductance is to be minimized, or where substrate space is at a premium. They can be attached to substrates
Resin-Coated, Radial-Lead Solid Tantalum Capacitors
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Ruggedized Electrical Double Layer Energy Storage Capacitors
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Summary of Specifications
Y5U Ceramic Radial Lead High CV 25 C Maximum Temperature Actual Size The series are radial lead ceramic capacitors from UCC/NCC. These capacitors have a very low and impedance which makes these capacitors
Surface Mount Multilayer Ceramic Chip Capacitors for High Q Commodity Applications
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AC Line Rated Ceramic Disc Capacitors Class X1, 760 V AC, Class Y1, 500 V AC
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Energy Storage Double Layer Capacitors
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Surface Mount Multilayer Ceramic Chip Capacitors with Integrated Resistor for High Pulse Current Applications
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RF Power Feed-Through Capacitors with Conductor Rod, Class 1 Ceramic
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Distributed by: www.jameco.com 1-8-831-4242 The content and copyrights of the attached material are the property of its owner. LBA11 Dual Pole OptoMOS Relay Parameter Ratings Units Blocking Voltage 3 V
DATA SHEET SURFACE-MOUNT CERAMIC MULTILAYER CAPACITORS General purpose & High capacitance Class 2, X5R
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Wet Tantalum Capacitor, Button, All-Tantalum Case, -55 C to +125 C Operation
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K04 TYPE -40 C +85 C 20000H
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AC and Pulse Film/Foil Capacitors Radial Potted Type
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Surface Mount Multilayer Ceramic Chip Capacitors DSCC Qualified Type 05007
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RF Power Plate Capacitors for Higher Voltages, Class 1 Ceramic
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Surface Mount Multilayer Ceramic Chip Capacitors Prohibit Surface Arc-Over in High-Voltage Applications
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Wet Tantalum Capacitors Silver Case TANTALEX Capacitors Hermetically-Sealed FEURES Terminations: axial, standard tin / lead (SnPb), 100 % tin (RoHS-compliant) available Available Model is the commercial
RF Power Feed-Through Capacitors with Conductor Rod, Class 1 Ceramic
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Multilayer Ceramic Chip Capacitors
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Lead (Pb)-Free Thick Film, Rectangular High Value Chip Resistor
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Chip tantalum capacitors (Fail-safe open structure type)
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Aluminum Capacitors Radial Low Leakage Current
Aluminum apacitors Radial Low Leakage urrent 3 RL 3 RL standard leakage current ig. 36 RSP QUK REERENE DATA DESRPTON VALUE Nominal case sizes (Ø D x L in mm) 5 x and 8.2 x Rated capacitance range, R 2.2
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Applications. Rated Voltage (VDC) 016 = = = = 50
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THB AC Filtering Metalized Polypropylene Film Capacitor Radial Type 85 C / 85 % RH 1000 h at U NAC
THB AC Filtering Metalized Polypropylene Film Capacitor Radial Type 85 C / 85 % RH 00 h at U NAC FEATURES High robustness under high humidity THB 85 C, 85 % RH, 00 h at rated U NAC UL 8 (electrical pending)
AC and Pulse Double Metallized Polypropylene Film Capacitors MMKP Radial Potted Type
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