SFH6700, SFH6701, SFH6702, SFH6705, SFH6711, SFH6712, SFH6719 High Speed Optocoupler, 5 MBd, 1 kv/μs dv/dt

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1 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 High Speed Optocoupler, 5 MBd, kv/μs dv/dt i7907_7 DESCRIPTION SFH60, SFH679 SFH6, SFH67 NC C 8 V CC 7 V O 6 V E NC C 8 V CC 7 V O 6 NC NC 4 5 NC 4 5 SFH6, SFH67 SFH65 NC C NC 4 8 V CC 7 NC 6 V O 5 NC C NC 4 i7907_ V D E 8 V CC 7 NC 6 V O 5 The SFH67xx high speed optocoupler series consists of a Gals infrared emitting diode, optically coupled with an integrated photo detector. The detector incorporates a Schmitt-Trigger stage for improved noise immunity. Using the enable input, the output can switched to the high ohmic state, which is necessary for data bus applications. Faraday shield provides a common mode transient immunity of 000 V/μ at V CM = V for SFH60, SFH6, SFH6, SFH65 and 0 V/μ at V CM = 400 V for SFH67, SFH67, SFH679. The SFH67xx uses an industry standard DIP-8 package. With standard lead bending, creepage distance and clearance of 7 mm with lead bending options 6, 7, and 9 8 mm are achieved. FETURES Data rate 5 MBits/s (.5 MBit/s over temperature) Buffer Isolation test voltage, 0 V RMS for min TTL, LSTTL and CMOS compatible Internal shield for very high common mode transient immunity Wide supply voltage range (4.5 V to 5 V) Low input current (.6 m to 5 m) Three state output (SFH60, SFH679) Totem pole output (SFH6, SFH6, SFH67, SFH67) Open collector output (SFH65) Material categorization: for definitions of compliance please see /doc?999 PPLICTIONS Industrial control Replace pulse transformers Routine logic interfacing Motion/power control High speed line receiver Microprocessor system interfaces Computer peripheral interfaces GENCY PPROVLS UL577 DIN EN (VDE 0884) available with option (pending) cul CQC ORDERING INFORMTION DIP-8 Option 6 S F H 6 7 # # - X 0 0 # T PRT NUMBER PCKGE OPTION TPE ND REEL 7.6 mm Option mm Option 9 GENCY CERTIFIED/PCKGE THREE STTE TOTEM POLE OPEN COLLECTOR UL DIP-8 SFH60 SFH6 SFH67 SFH65 SFH679 SFH6 SFH67 - DIP-8, 400 mil, option 6 - SFH6-X006 - SFH65-X006 SMD-8, option 7 - SFH6-X007 SFH67-X007 SFH65-X007 - SFH6-X007 SFH67-X007 - SMD-8, option 9 SFH60-X009 SFH6-X009T () SFH6-X009T () - Note lso available in tubes. To order, do not add T on end > 0.7 mm > 0. mm Rev..7, 07-Feb-7 Document Number: 868

2 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 TRUTH TBLE (positive logic) PRTS IR DIODE ENBLE OUTPUT SFH60 on H Z off H Z SFH679 on L H off L L SFH6 on H off L SFH6 on H off L SFH65 on H off L SFH67 on H off L SFH67 on H off L BSOLUTE MXIMUM RTINGS (T amb = 5 C, unless otherwise specified) PRMETER TEST CONDITION SYMBOL VLUE UNIT INPUT Reverse voltage V R V DC forward current I F 0 m Surge forward current t μs I FSM Power dissipation P diss 0 mw OUTPUT Supply voltage V CC to + 5 V Three state enable voltage (SFH60, SFH679 only) V EN to + 5 V Output voltage V O to + 5 V verage output current I O 5 m Power dissipation P diss 00 mw COUPLER Storage temperature range T stg - 55 to + C mbient temperature range T amb + 85 C Lead soldering temperature t = 0 s T sld 60 C Isolation test voltage t = min V ISO 0 V RMS Pollution degree Creepage distance and clearance Comparative tracking index per DIN IEC /VDE 00, part Isolation resistance Standard lead bending 7 mm Options 6, 7, 9 8 mm V IO = 0 V, T amb = 5 C R IO 0 Ω V IO = 0 V, T amb = 00 C R IO 0 Ω Note Stresses in excess of the absolute maximum ratings can cause permanent damage to the device. Functional operation of the device is not implied at these or any other conditions in excess of those given in the operational sections of this document. Exposure to absolute maximum ratings for extended periods of the time can adversely affect reliability 75 Rev..7, 07-Feb-7 Document Number: 868

3 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 I CC I CC I F () K () Shield I O I E SFH60, SFH679 V CC (8) V O (7) V EN (6) (5) I F () K () Shield SFH6, SFH67 I O V CC (8) V O (6) (5) I CC I CC I F () K () Shield I O SFH6, SFH67 V CC (8) V O (7) (5) I F () K () Shield SFH65 I O V CC (8) V O (6) (5) isfh60_0 Fig. - Schematics RECOMMENDED OPERTING CONDITIONS PRMETER TEST CONDITION PRT SYMBOL MIN. TYP. MX. UNIT Supply voltage V CC V Enable voltage high Enable voltage low Notes 0. μf bypass capacitor connected between pins 5 and 8 must be used () We recommended using a. m to permit at least 0 % CTR degradation guard band SFH60 V EH 5 V SFH679 V EH 5 V SFH60 V EL V SFH679 V EL V Forward input current I Fon.6 () 5 m I Foff 0. m Operating temperature T amb C Output pull-up resistor SFH65 R L 4 kω Fan output R L = kω SFH65 N 6 LS TTL loads ELECTRICL CHRCTERISTICS PRMETER TEST CONDITION SYMBOL MIN. TYP. MX. UNIT INPUT Forward voltage I F = 5 m V F.6.75 V I F = 5 m V F.8 V Input current hysteresis, I HYS = I Fon - I Foff I HYS 0. m Reverse current V R = V I R μ Capacitance V R = 0 V, f = MHz C O 60 pf Thermal resistance R thj 0 K/W OUTPUT Logic low output voltage I OL = 6.4 m V OL 0.5 V Logic high output voltage (except SFH65) I OH =.6 m, V OH = V CC -.8 V.4 V Rev..7, 07-Feb-7 Document Number: 868

4 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 ELECTRICL CHRCTERISTICS PRMETER TEST CONDITION SYMBOL MIN. TYP. MX. UNIT OUTPUT Output leakage current (V OUT > V CC ) (except SFH65) Output leakage current (SFH65 only) Logic high enable voltage (SFH60/9 only) Logic low enable voltage (SFH60/9 only) Logic high enable current (SFH60/9 only) Logic low enable current (SFH60/9 only) High impedance state output current (SFH60/9 only) Logic low supply current V O = 5.5 V, V CC = 4.5 V, I F = 5 m I OHH μ V O = 5 V, V CC = 4.5 V, I F = 5 m I OHH 0 μ V O = 5.5 V, V CC = 5.5 V, I F = 5 m I OHH μ V O = 5 V,, I F = 5 m I OHH 0 μ V EH V V EL 0.8 V V EN =.7 V I EH 0 μ V EN = 5.5 V I EH 00 μ V EN = 5 V I EH 0.00 μ V EN = 0.4 V I EL μ V O = 0.4 V, V EN = V, I F = 5 m V O =.4 V, V EN = V, I F = 0 m V O = 5.5 V, V EN = V, I F = 0 m I OZL - 0 μ I OZH 0 μ I OZH 00 μ I OZH μ V CC = 5.5 V, I F = 0 I CCL.7 6 m, I F = 0 I CCL m V 5-0 Logic high supply current V CC = 5.5 V, I F = 5 m I CCH.4 4 m, I F = 5 m I CCH.7 5 m Logic low short circuit output V O = V CC = 5.5 V, I F = 0 I OSL 5 m current () V O =, I F = 0 I OSL 40 m Logic high short circuit output CC = 5.5 V, V O = 0 V, I F = I OSL m current (), V O = 0 V, I F = 5 I OSL - 5 m Thermal resistance R thj 00 K/W COUPLER Capacitance (input to output) Isolation resistance f = MHz, pins to 4 and 5 to 8 shorted together C IO 0.6 pf V IO = 0 V, T amb = 5 C R IO 0 Ω V IO = 0 V, T amb = 00 C R IO 0 Ω Notes - 40 C T amb 85 C; 4.5 V V CC 5 V;.6 m I Fon 5 m; V EH 5 V; 0 V EL 0.8 V; 0 m I Foff 0. m. Typical values: T amb = 5 C; ; I Fon = m unless otherwise specified. Minimum and maximum values are testing requirements. Typical values are characteristics of the device and are the result of engineering evaluation. Typical values are for information only and are not part of the testing requirements. () Output short circuit time 0 ms. SWITCHING CHRCTERISTICS PRMETER TEST CONDITION PRT SYMBOL MIN. TYP. MX. UNIT Without peaking capacitor t Propagation delay time to logic PHL 0 ns low output level, SFH60, t PHL 5 00 ns SFH6, SFH6, SFH67, With peaking capacitor t PLH 5 ns SFH67, SFH679 () t PLH ns Output enable time to logic high (SFH60, SFH679) () t PZH 0 ns Output enable time to logic low (SFH60, SFH679) () t PZL 5 ns Rev..7, 07-Feb-7 4 Document Number: 868

5 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 SWITCHING CHRCTERISTICS PRMETER TEST CONDITION PRT SYMBOL MIN. TYP. MX. UNIT Output disable time from logic low (SFH60, SFH679) () t PLZ ns Output rise time () 0 % to 90 % t r 40 ns Output fall time () 90 % to 0 % t f 0 ns Without peaking capacitor SFH65 t PHL 5 ns Propagation delay time to logic low output level () Notes 0 C T amb 85 C; 4.5 V V CC 5 V;.6 m I Fon 5 m; V EH 5 V (SFH60/9); 0 V EL 0.8 V (SFH60, SFH679); 0 m I Foff 0. m () Typical values: T amb = 5 C; ; I Fon = m unless otherwise specified (4) () Typical values: T amb = 5 C, ; I Fon = m; R L = 90 Ω unless otherwise specified (4) () 0. μf bypass capacitor connected between pins 5 and 8 must be used With peaking capacitor SFH65 t PHL ns Without peaking capacitor SFH65 t PLH 5 ns With peaking capacitor SFH65 t PLH ns Output rise time () 0 % to 90 % t r 5 ns 90 % to 0 % t r 4 ns COMMON MODE TRNSIENT IMMUNITY PRMETER TEST CONDITION PRT SYMBOL MIN. TYP. MX. UNIT Logic high common mode transient immunity Logic Low common mode transient immunity V CM = V, I F =.6 m V CM = 400 V, I F =.6 m SFH60 CM H () 000 V/μs SFH6 CM H () 000 V/μs SFH6 CM H () 000 V/μs SFH65 CM H () 000 V/μs SFH67 CM H () 0 V/μs SFH67 CM H () 0 V/μs SFH679 CM H () 0 V/μs V CM = V, I F = 0 m SFH60 CM L () 000 V/μs V CM = V, I F = 0 m V CM = 400 V, I F = 0 m SFH6 CM L () 000 V/μs SFH6 CM L () 000 V/μs SFH65 CM L () 000 V/μs SFH67 CM L () 0 V/μs SFH67 CM L () 0 V/μs SFH679 CM L () 0 V/μs Notes T amb = 5 C, () CM H is the maximum slew rate of a common mode voltage V CM at which the output voltage remains at logic high level (V O > V) () CM L is the maximum slew rate of a common mode voltage V CM at which the output voltage remains at logic high level (V O < 0.8 V) Rev..7, 07-Feb-7 5 Document Number: 868

6 End of Life July-07 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 TYPICL CHRCTERISTICS (T amb = 5 C, unless otherwise specified) P tot - Power Dissipation (mw) isfh60_0 Detector Emitter Fig. - Permissible Total Power Dissipation vs. Temperature V O - Output Voltage (V) 5 4 isfh60_05 V CC = 4.5 V I OL = 6.4 m I F - Input Current (m) I OH = -.6 m Fig. 5 - Typical Output Voltage vs. Forward Input Current (except SFH65) 0 I F - Forward Current (m) isfh60_0 V F - Forward Voltage Fig. - Typical Input Diode Forward Current vs. Forward Voltage V O - Output Voltage (V) R L = to 4 Ω I F - Forward Input Current (m) isfh60_06 R L = 90 Ω Fig. 6 - Typical Output Voltage vs. Forward Input Current (only SFH65).75 V F - Forward Voltage (V) I F = 5 m I CC - Supply Current (m) I CCL at I CCH at & I CCL at V CC = 5.5 V I CCH at V CC = 5.5 V.45 isfh60_04 Fig. 4 - Typical Forward Input Voltage vs. Temperature. isfh60_07 Fig. 7 - Typical Supply Current vs. Temperature Rev..7, 07-Feb-7 6 Document Number: 868

7 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 I OHH - Output Leakage Current (n) isfh60_08 V CC = V O = 5 V V CC = V O = 5.5 V Fig. 8 - Typical Output Leakage Current vs. Temperature I OH - High Level Output Current (m) isfh60_ V OH =.7 V V OH =.4 V -8 V CC = 4.5 V I F = 5 m Fig. - Typical High Level Output Current vs. Temperature (except SFH65) I OL - Low Level Output Current (m) V OL = 0.4 V 0 isfh60_09 I F = 0 m V OL = 0.8 V V OL = 0.6 V Fig. 9 - Typical Low Level Output Current vs. Temperature t R, t F - Rise, Fall Time (ns) isfh60_ I F = 0 m t R t F 0 Fig. - Typical Rise, Fall Time vs. Temperature (except SFH65) V OL - Low Level Output Voltage (V) isfh60_0 I F = 0 m I O = 6 m I O =.8 m I O = 9.6 m I O = 6.4 m t PLH - Propagation Delay (ns) isfh60_ C = 5 pf (without peaking capacitor) I F =.6 V I F = m I F = 5 m Fig. 0 - Typical Low Level Output Voltage vs. Temperature Fig. - Typical Propagation Delay to Logic High vs. Temperature (except SFH65) Rev..7, 07-Feb-7 7 Document Number: 868

8 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 t PHL - Propagation Delay (ns) C = 5 pf (without peaking capacitor) I F = 5 m I F = m I F =.6 m t PLH - Propagation Delay (ns) V CC = 5V C = 5 pf (without peaking capacitor) I F =.6 m I F = m I F = 5 m 60 isfh60_4 isfh60_7 Fig. 4 - Typical Propagation Delay to Logic Low vs. Temperature (except SFH65) Fig. 7 - Typical Propagation Delays to Logic High vs. Temperature t PLH - Propagation Delay (ns) C = 0 pf (without peaking capacitor) I F =.6, and 5 m t PHL - Propagation Delay (ns) C = 5 pf (without peaking capacitor) I F = 5 m I F =.6 m I F = m isfh60_5 Fig. 5 - Typical Propagation Delays to Logic High vs. Temperature (except SFH65) isfh60_8 Fig. 8 - Typical Propagation Delays to Logic Low vs.temperature t PHL - Propagation Delay (ns) C = 0 pf (without peaking capacitor) I F = 5 m I F =.6 m I F = m t PLH - Propagation Delay (ns) C = 0 pf (without peaking capacitor) I F =.6, and 5 m isfh60_6 Fig. 6 - Typical Propagation Delay to Logic Low vs. Temperature 0 isfh60_9 Fig. 9 - Typical Propagation Delays to Logic High vs. Temperature Rev..7, 07-Feb-7 8 Document Number: 868

9 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 t PLH - Propagation Delay (ns) 80 C = 0 pf (peaking capacitor is used) I F = 5 m 00 I F = m 80 I F =.6 m 60 isfh60_0 t P - Propagation Delay (ns) 00 t PLH at R L = 4 kω t PLH at R L = kω t PHL at R L = - 4 kω 00 t PLH at R L = 5 kω isfh60_ I F - Pulse Input Current (m) Fig. 0 - Typical Propagation Delays to Logic Low vs. Temperature (except SFH65) Fig. - Typical Propagation Delays vs. Pulse Input Current (only SFH65) t P - Propagation Delay (ns) C L = 5 pf t PLZ t PLZ V CC = V V CC = 4.5 V t PLH - Propagation Delay (ns) 0 I F = m R L = 4 kω R L = kω R L = kω 0 isfh60_ 80 isfh60_4 T - Temperature ( C) Fig. - Typical Logic Low Enable Propagation Delays vs. Temperature (only SFH60/) Fig. 4 - Typical Propagation Delays to High Level vs. Temperature (only SFH65) t P - Enable Propagation Delay (ns) 80 C L = 5 pf 60 V CC = 4.5 V t PHZ V CC = 4.5 V - 5 V t PZH 0 t PHZ 0 isfh60_ t PHL - Propagation Delay (ns) 40 R L = - 4 kw 0 I F = 5 m I F = m I F =.6 m isfh60_5 T - Temperature ( C) Fig. - Typical Logic High Enable Propagation Delays vs. Temperature (only SFH60/) Fig. 5 - Typical Propagation Delays to Low Level vs. Temperature (only SFH65) Rev..7, 07-Feb-7 9 Document Number: 868

10 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 t R, t F - Rise, Fall Time (ns) 5 t R at R L = 4 kω 00 t R at R L = kω 5 t R at R L = kω 0 t F at R L = - 4 kω - 5 isfh60_6 T - Temperature ( C) Fig. 6 - Typical Rise, Fall Time vs. Temperature (only SFH65) VCC 5V R = 69 Ω Pulse generator t r,t f =5ns f = 00 khz 0 % duty cycle Input IF monitoring node IF 4 VCC Out* En* 5 0. µf bypass Output Vo monitoring node D D D D4 R C = 0 pf C=5pF R=5kΩ The probe and jig capacitances are included in C and C ll diodes are N96 or N064 R I Fon.5 kω.6 m. kω m 68 Ω 5m * SFH6, SFH6, SFH67, SFH67 without V EN * SFH6, SFH67 pin 6 V OUT and pin 7 NC Input IF I Fon % IFon 0m Output V O V OH. V V OL isfh60_7 t PLH t PHL Fig. 7 - Test Circuit for t PLH, t PHL, t r and t f Rev..7, 07-Feb-7 0 Document Number: 868

11 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 VCC 5V Pulse generator t r,t f =5ns Zo = Ω Input I F monitoring node IF VCC 8 NC 7 VOUT 6 0. µf bypass R L 4 5 C = 5 pf Output V O monitoring node R C = 0 pf The probe and jig capacitances are included in C and C R I Fon.5 kω.6 m. kω m 68 Ω 5m Input I F Output V O I Fon % I Fon 0m V OH. V V OL isfh60_8 tplh t PHL Fig. 8 - Test Circuit for t PLH, t PHL, t r and - SFH65 Input V C monitoring node Pulse generator Z O = Ω t r,t f =5ns IF 4 VCC Out En 5 VCC Output V O monitoring node 69 Ω D 5 kω 0. µf C bypass 5V S S D D D4 C = 5 pf including probe and jig capacitances ll diodes are N96 or N064 Input VEN.0 V. V 0V Output VO S closed S open. V 0.5 V S and S closed VOL Output VO S open S closed tpzl. V 0V t PLZ 0.5 V VOH ca..5 V S and S closed isfh60_9 tpzh tphz Fig. 9 - Test Circuit for t PHZ, t PZH, t PLZ and t PZL - SFH60/9 Rev..7, 07-Feb-7 Document Number: 868

12 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 VCC R B Vcc 8 Out* 7 6 En* Output VO monitoring node 0. µf bypass Pulse generator VCM * SFH6/0// without V EN * SFH6/ pin 6 VOUT and Pin 7 NC VCM 0V 400 V/ V V OH Switch at : I F =.6 m VO (min.) isfh60_0 Output VO VOL V O (max.) Switch at B: IF =0m Fig. 0 - Test Circuit for Common Mode Transient Immunity and Typical Waveforms - SFH60/0/0///9 VCC 5V R B 4 8 n.c. 7 6 Out 5 0.μF bypass RL Output V O monitoring node + Pulse generator VCM VCM 0V V V OH Switch at : IF =.6 m VO (min.) isfh60_ Output V O VO (max.) VOL Switch at B: I F =0m Fig. - Test Circuit for Common Mode Transient Immunity and Typical Waveforms - SFH65 Rev..7, 07-Feb-7 Document Number: 868

13 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 PCKGE DIMENSIONS in millimeters Standard.7 ± ± max ± ± nom. x.54 = ± ± typ. 7.6 typ. 6. ± ± ± ± PIN ONE I.D Option max ± ± typ. 7.6 typ. 6. ± ± ± min. 0. ± nom ± ± 0.0 x.54 = PIN ONE I.D Rev..7, 07-Feb-7 Document Number: 868

14 SFH60, SFH6, SFH6, SFH65, SFH67, SFH67, SFH679 End of Life July-07 Option max ± ± ± typ. 6. ± ± nom. x.54 = ± ± ± min min. 0.5 ± 0.0 Leads Coplanarity 0.0 max PIN ONE I.D Option max ± ± ± typ. 6. ± ± ± ± ± nom ± min. Leads Coplanarity 0.0 max. x.54 = PIN ONE I.D PCKGE MRKING (for example) SFH60 V YWW 68 Notes The VDE logo is only marked on option parts Tape and reel suffix (T) is not part of the package marking Rev..7, 07-Feb-7 4 Document Number: 868

15 Footprint and Schematic Information Footprint and Schematic Information for SFH68 The footprint and schematic symbols for the following parts can be accessed using the associated links. They are available in Eagle, ltium, KiCad, OrCD / llegro, Pulsonix, and PDS. Note that the D models for these parts can be found on the Vishay product page. PRT NUMBER SFH68- SFH68- SFH68-X00 SFH68-X006 SFH68-X06 SFH68-X07T SFH68-4 SFH68-4X00 SFH68-4X06 SFH68-5 SFH68-5X007T SFH68-5X06 SFH68-5X07T FOOTPRINT / SCHEMTIC For technical issues and product support, please contact optocoupleranswers@vishay.com. i7906- Rev..0, 08-May-7 Document Number: 84498

16 Legal Disclaimer Notice Vishay Disclaimer LL PRODUCT, PRODUCT SPECIFICTIONS ND DT RE SUBJECT TO CHNGE WITHOUT NOTICE TO IMPROVE RELIBILITY, FUNCTION OR DESIGN OR OTHERWISE. Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, Vishay ), disclaim any and all liability for any errors, inaccuracies or incompleteness contained in any datasheet or in any other disclosure relating to any product. Vishay makes no warranty, representation or guarantee regarding the suitability of the products for any particular purpose or the continuing production of any product. To the maximum extent permitted by applicable law, Vishay disclaims (i) any and all liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special, consequential or incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular purpose, non-infringement and merchantability. Statements regarding the suitability of products for certain types of applications are based on Vishay s knowledge of typical requirements that are often placed on Vishay products in generic applications. Such statements are not binding statements about the suitability of products for a particular application. It is the customer s responsibility to validate that a particular product with the properties described in the product specification is suitable for use in a particular application. Parameters provided in datasheets and / or specifications may vary in different applications and performance may vary over time. ll operating parameters, including typical parameters, must be validated for each customer application by the customer s technical experts. Product specifications do not expand or otherwise modify Vishay s terms and conditions of purchase, including but not limited to the warranty expressed therein. Except as expressly indicated in writing, Vishay products are not designed for use in medical, life-saving, or life-sustaining applications or for any other application in which the failure of the Vishay product could result in personal injury or death. Customers using or selling Vishay products not expressly indicated for use in such applications do so at their own risk. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay. Product names and markings noted herein may be trademarks of their respective owners. 07 VISHY INTERTECHNOLOGY, INC. LL RIGHTS RESERVED Revision: 08-Feb-7 Document Number: 9000

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