Precision 8-Ch/Dual 4-Ch Low Voltage Analog Multiplexers

Transcription

1 Product is End of Lif G348, G349 Prcision 8-h/ual 4-h Low Voltag nalog Multiplxrs ESRIPTION Th G348, G349 uss imos wafr fabrication tchnology that allows th G348/349 to oprat on singl and dual supplis. Singl supply voltag rangs from 3 V to 1 V whil dual supply opration is rcommndd with ± 3 V to ± 6 V. Th G348 is an 8-channl singl-ndd analog multiplxr dsignd to connct on of ight inputs to a common output as dtrmind by a 3-bit binary addrss (,, ). Th G349 is a dual 4-channl diffrntial analog multiplxr dsignd to connct on of four diffrntial inputs to a common dual output as dtrmind by its -bit binary addrss (, ). rak-bfor-mak switching action to protct against momntary crosstalk btwn adjacnt channls. FETURES.7 V to 1 V singl supply or ± 3 to ± 6 V dual supply opration Low on-rsistanc - R ON : 3.9 Ω typ. Fast switching: t ON - 4 ns, t OFF - 4 ns rak-bfor-mak guarantd Low lakag TTL, MOS, LV logic (3 V) compatibl V ES protction (HM) MIRO FOOT packag Lad (Pb)-fr soldr bumps ompliant to RoHS irctiv /95/E EFITS High accuracy Singl and dual powr rail capacity Wid oprating voltag rang Simpl logic intrfac FUNTIONL LOK IGRM N PIN ONFIGURTION PPLITIONS ata acquisition systms attry opratd quipmnt Portabl tst quipmnt Sampl and hold circuits ommunication systms SSL, SLM udio and vido signal routing G348 MIRO FOOT 16-ump 1 Locator G349 MIRO FOOT 16-ump 1 Locator XXX 348 XXX 349 S S 3 S 4 vic Marking: 348 xxx = ata/lot Tracabiliity od S S 3 S 4 vic Marking: 349 xxx = ata/lot Tracabiliity od S 5 S 6 S 5 S S 7 S 8 S 6 GN S S 3 S 4 S GN S codr/rivr S 7 S 3 codr/rivr S 3 S 3 GN S 8 S 4 GN S 4 S 4 Top Viw Top Viw ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 1 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

2 G348, G349 Product is End of Lif TRUTH TLE (G348) On Switch X X X 1 Non TRUTH TLE (G349) On Switch X X 1 Non X = o not car For low and high voltag lvls for V X and V consult igital ontrol Paramtrs for Spcific opration. S Spcifications Tabls for: Singl Supply 1 V ual Supply = 5 V, = - 5 V Singl Supply 5 V Singl Supply 3 V ORERING INFORMTION (G348) Tmpratur Rang - 4 to 85 Packag MIRO FOOT: 16-ump (4 x 4,.5 mm Pitch, 38 µm ump Hight) Part Numbr G348-T-E1 (Lad (Pb)-fr) ORERING INFORMTION (G349) Tmpratur Rang - 4 to 85 Packag MIRO FOOT: 16-ump (4 x 4,.5 mm Pitch, 38 µm ump Hight) Part Numbr G349-T-E1 (Lad (Pb)-fr) SOLUTE MXIMUM RTINGS (T = 5, unlss othrwis notd) Paramtr Limit Unit Voltag Rfrncd to 14 GN 7 V igital Inputs a, V S, V () -.3 V to (V) +.3 V urrnt (ny Trminal Excpt S or ) 3 ontinuous urrnt, S or ) 1 m Pak urrnt, S or (Pulsd at 1 ms, 1 % duty cycl max). Packag Soldr Rflow onditions b IR/onvction 5 Storag Tmpratur - 65 to 15 Powr issipation (Packag) c, (T = 7 ) 16-ump (4 x 4 mm) MIRO FOOT d 719 mw Nots: a. Signals on S X, X or IN X xcding or will b clampd by intrnal diods. Limit forward diod currnt to maximum currnt ratings. b. Rfr to IP/JEE (J-ST-). c. ll bumps soldrd or wldd to P board. d. rat 9 mw/ abov 7. ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

3 Product is End of Lif G348, G349 SPEIFITIONS (Singl Supply 1 V) Paramtr Symbol Tst onditions Unlss Othrwis Spcifid = 1 V, ± 1 %, = V V, V =.8 V or.4 V f Tmp. b Limits - 4 to 85 Min. c Typ. d Max. c nalog Switch nalog Signal Rang V NLOG 1 V On-Rsistanc R ON = 1.8 V, V = V or 9 V, I S = 5 m Squnc Each Switch On On-Rsistanc Flatnss i R ON Flatnss = 1.8 V, V = V or 9 V, I S = 5 m R ON Match twn hannls g ΔR ON Switch Off Lakag urrnt I S(off) I (off) V =.4 V, V = 11 V or 1 V, V S = 1 V or 11 V hannl On Lakag urrnt I (on) V = V, V S = V = 1 V or 11 V igital ontrol Logic High Input Voltag V INH.4 V Logic Low Input Voltag V INL.8 Input urrnt I IN V X = V =.4 V or.8 V µ ynamic haractristics Transition Tim t TRNS V S1b = 8 V, V S4b = V, (G349) V S1 = 8 V, V S8 = V, (G348) s figur V rak-for-mak Tim t S(all) = V = 5 V 4 M s figur 4 ns 4 7 Enabl Turn-On Tim t ON() V X = V, V S1 = 5 V (G348) 75 V X = V, V S1b = 5 V (G349) 4 44 Enabl Turn-Off Tim t OFF() s figur 3 46 harg Injction Q L = 1 nf, V G = V, R G = Ω 9 p Off Isolation, h OIRR - 8 f = 1 khz, R L = 1 kω rosstalk X TLK - 85 d Sourc Off apacitanc S(off) f = 1 MHz, V S = V, V =.4 V G348 1 G349 3 rain Off apacitanc (off) f = 1 MHz, V = V, V =.4 V G G pf rain On apacitanc (on) f = 1 MHz, V = V, V = V G G Powr Supplis Powr Supply urrnt I+ V = V = V or 1 µ Unit Ω n ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 3 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

4 G348, G349 Product is End of Lif SPEIFITIONS (ual Supply = 5 V, = - 5 V) Paramtr Symbol Tst onditions Unlss Othrwis Spcifid = 5 V, = - 5 V, ± 1 % V, V =.8 V or V f Tmp. b Limits - 4 to 85 Min. c Typ. d Max. c nalog Switch nalog Signal Rang V NLOG V On-Rsistanc R ON = 4.5 V, = V, V = ± 3.5 V, I S = 5 m, squnc ach switch on On-Rsistanc Flatnss i R ON Flatnss = 4.5 V, = V, V = ± 3.5 V, I S = 5 m R ON Match twn hannls g ΔR ON - I S(off) Switch Off Lakag urrnt a = 5.5, = V - V =.4 V, V = ± 4.5 V, V S = ± 4.5 V - I (off) - hannl On Lakag urrnt a = 5.5 V, = V - I (on) V = V, V = ± 4.5 V, V S = ± 4.5 V - igital ontrol Logic High Input Voltag V INH Logic Low Input Voltag V INL.8 V Input urrnt a I IN V X = V = V or.8 V µ ynamic haractristics Transition Tim t TRNS V S1b = 3.5 V, V S4b = V, (G349) V S1 = 3.5 V, V S8 = V, (G348) s figur rak-for-mak Tim t M V S(all) = V = 3.5 V s figur 4 Enabl Turn-On Tim t ON() V X = V, V S1 = 3.5 V (G348) V X = V, V S1b = 3.5 V (G349) Enabl Turn-Off Tim t OFF() s figur 3 Sourc Off apacitanc S(off) f = 1 MHz, V S = V, V = V rain Off apacitanc (off) f = 1 MHz, V = V, V = V rain On apacitanc (on) f = 1 MHz, V = V, V = V Powr Supplis Powr Supply urrnt 1 16 G348 3 G349 3 G348 3 G G G I+ 1 V = V = V or I- - 1 Unit Ω n ns pf µ 4 ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

5 Product is End of Lif G348, G349 SPEIFITIONS (Singl Supply 5 V) Paramtr Symbol Tst onditions Unlss Othrwis Spcifid = 5 V, ± 1 %, = V V, V =.8 V or V f Tmp. b Limits - 4 to 85 Min. c Typ. d Max. c nalog Switch nalog Signal Rang V NLOG 5 V On-Rsistanc R ON = 4.5 V, V or V S = 1 V or 3.5 V, I S = 5 m On-Rsistanc Flatnss i R ON Flatnss = 4.5 V, V = 1 V or 3.5 V, I S = 5 m R ON Match twn hannls g ΔR ON I S(off) Switch Off Lakag urrnt a = 5.5 V V S = 1 V or 4 V, V = 4 V or 1 V I (off) hannl On Lakag urrnt a = 5.5 V I (on) V = V S = 1 V or 4 V, squnc ach switch on igital ontrol Logic High Input Voltag V INH = 5 V V Logic Low Input Voltag V INL.8 Input urrnt a I IN V X = V = V or.8 V µ ynamic haractristics Transition Tim t TRNS V S1b = 3.5 V, V S4b = V, (G349) V S1 = 3.5 V, V S8 = V, (G348) s figur rak-for-mak Tim t OP V S(all) = V = 3.5 V s figur 4 Enabl Turn-On Tim t ON() V X = V, V S1 = 3.5 V (G348) V X = V, V S1b = 3.5 V (G349) Enabl Turn-Off Tim t OFF() s figur harg Injction Q L = 1 nf, R G = Ω, V G = V p Off Isolation, h OIRR - 81 R L = 1 kω, f = 1 khz rosstalk X TLK - 85 d Sourc Off apacitanc S(off) f = 1 MHz, V S = V, V = V G348 G349 4 rain Off apacitanc (off) f = 1 MHz, V = V, V = V G348 3 G pf rain On apacitanc (on) f = 1 MHz, V = V, V = V G G Powr Supplis Powr Supply urrnt I+ V = V = V or 1 µ Unit Ω n ns ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 5 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

6 G348, G349 Product is End of Lif SPEIFITIONS (Singl Supply 3 V) Paramtr Symbol Tst onditions Unlss Othrwis Spcifid = 3 V, ± 1 %, = V V =.4 V or 1.8 V f Tmp. b Limits - 4 to 85 Min. c Typ. d Max. c nalog Switch nalog Signal Rang V NLOG 3 V On-Rsistanc R ON =.7 V, V =.5 or. V, I S = 5 m R ON Match twn hannls g On-Rsistanc Flatnss i ΔR ON R ON Flatnss = ±.7 V, V =.5 V or. V, I S = 5 m I - S(off) Switch Off Lakag urrnt a = 3.3 V - V S = or 1 V, V = 1 or V I - (off) - hannl On Lakag urrnt a = 3.3 V I - (on) V = V S = 1 or V, squnc ach switch on - igital ontrol Logic High Input Voltag V INH 1.8 Logic Low Input Voltag V INL.4 V Input urrnt a I IN V X = V = 1.8 V or.4 V µ ynamic haractristics Transition Tim t TRNS V S1b = 1.5 V, V S4b = V, (G349) V S1 = 1.5 V, V S8 = V, (G348) s figur Nots: a. Lakag paramtrs ar guarantd by worst cas tst condition and not subjct to production tst. b. = 5, = as dtrmind by th oprating tmpratur suffix. c. Th algbraic convntion whrby th most ngativ valu is a minimum and th most positiv a maximum, is usd in this data sht. d. Typical valus ar for ESIGN I ONLY, not guarantd nor subjct to production tsting.. Guarantd by dsign, not subjct to production tst. f. V IN = input voltag to prform propr function. g. ΔR ON = R ON Max - R ON Min. h. Worst cas isolation occurs on hannl 4 du to proximity to th drain pin. i. R ON flatnss is masurd as th diffrnc btwn th minimum and maximum masurd valus across a dfind nalog signal. Strsss byond thos listd undr bsolut Maximum Ratings may caus prmannt damag to th dvic. Ths ar strss ratings only, and functional opration of th dvic at ths or any othr conditions byond thos indicatd in th oprational sctions of th spcifications is not implid. Exposur to absolut maximum rating conditions for xtndd priods may affct dvic rliability V rak-for-mak Tim t S(all) = V = 1.5 V 63 M s figur 4 ns Enabl Turn-On Tim t ON() V X = V, V S1 = 1.5 V (G348) 178 V X = V, V S1b = 1.5 V (G349) Enabl Turn-Off Tim t OFF() s figur 3 14 harg Injction Q L = 1 nf, R G =, V G = V 7 p Off Isolation, h OIRR - 81 f = 1 khz, R L = 1 kω rosstalk X TLK - 85 d Sourc Off apacitanc S(off) f = 1 MHz, V S = V, V = 1.8 V G348 3 G349 5 rain Off apacitanc (off) f = 1 MHz, V = V, V = 1.8 V G348 3 G349 1 pf rain On apacitanc (on) f = 1 MHz, V = V, V = V G G Powr Supplis Powr Supply urrnt I+ V = V = V or 1 µ Unit Ω n 6 ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

7 Product is End of Lif G348, G349 TYPIL HRTERISTIS (5, unlss othrwis notd) - On-Rsistanc ( ) R ON = 3. V I S = 5 m = 5. V I S = 5 m = 1. V I S = 5 m T = 5 R ON - On-Rsistanc ( ) = 3. V I S = 5 m = 5. V I S = 5 m = 85 = 5 = - 4 = 1. V I S = 5 m V OM - nalog Voltag (V) R ON vs. V OM and Singl Supply Voltag V OM - nalog Voltag (V) R ON vs. nalog Voltag and Tmpratur 1 1 R ON - On-Rsistanc ( ) V± = ± 5 V I S = 5 m = 85 = 5 = - 4 I+ - Supply urrnt (p) V X, V = V = 1 V = V = 5 V = - 5 V V OM - nalog Voltag (V) R ON vs. nalog Voltag and Tmpratur Tmpratur ( ) Supply urrnt vs. Tmpratur 1 I NO(off) /I N(off) I NO(off) /I N(off) Lakag urrnt (p) I OM(off) I OM(on) Lakag urrnt (p) I OM(off) I OM(on) - 4 = 1 V = V - 1 = 5 V = - 5 V V OM, V NO, V N - nalog Voltag Lakag urrnt vs. nalog Voltag V OM, V NO, V N - nalog Voltag Lakag urrnt vs. nalog Voltag ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 7 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

8 G348, G349 Product is End of Lif TYPIL HRTERISTIS (5, unlss othrwis notd) t ON = 3 V t OFF = 3 V 6 t ON = 5 V t ON = 1 V 4 t OFF = 5 V t OFF = 1 V Tmpratur ( ) Switching Tim vs. Tmpratur and Singl Supply Voltag Transistion Tim (ns) t TRNS- = 3 V Tmpratur ( ) t TRNS+ = 3 V t TRNS- = 5 V t TRNS+ = 5 V t TRNS- = 1 V t TRNS+ = 1 V Transition Tim vs. Tmpratur and Singl Supply Voltag 1 3. Lakag urrnt (p) = 5 V = - 5 V I NO(off), I N(off) I OM(on) V T - Switching Thrshold (V) I OM(off) Tmpratur ( ) Lakag urrnt vs. Tmpratur Supply Voltag (V) Switching Thrshold vs. Supply Voltag (d) Loss, OIRR, XTLK K Insrtion Loss 1 M OIRR rosstalk 1 M Frquncy (Hz) = 1 V = V R L = 5 1 M 1 G Insrtion Loss, Off Isolation and rosstalk vs. Frquncy (G348) (d) Loss, OIRR, XTLK K Insrtion Loss 1 M OIRR rosstalk 1 M Frquncy (Hz) = 1 V = V R L = 5 1 M 1 G Insrtion Loss, Off Isolation and rosstalk vs. Frquncy (G349) 8 ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

9 Product is End of Lif G348, G349 TYPIL HRTERISTIS (5, unlss othrwis notd) 1 m 1 m = 5 V = - 5 V I+ - Supply urrnt () 1 m 1 μ 1 μ 1 μ 1 n 1 n 1 n K 1 K 1 K 1 M 1 M Input Switching Frquncy (Hz) Supply urrnt vs. Input Switching Frquncy SHEMTI IGRM (Typical hannl) X Lvl Shift cod/ riv GN S n Figur 1. ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 9 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

10 G348, G349 Product is End of Lif TEST IRUITS 5 Ω S - S 7 G348 S 8 V S1 V S8 Logic Input V X 3 V V 5 % t r < 5 ns t f < 5 ns GN 3 Ω 35 pf Switch Output V S1 5 % 9 % V S8 9 % 5 Ω b a - S 4a, a G349 GN S 4b b 3 Ω V S1b V S4b t TRNS ON Rturn to Spcifications: Singl Supply 1 V 35 pf ual Supply = 5 V, = - 5 V Singl Supply 5 V Singl Supply 3 V Figur. Transition Tim S 8 ON (G348) or S 4 ON (G349) t TRNS V S1 5 Ω S - S 8 G348 GN 3 Ω 35 pf Logic Input Switch Output 3 V V t OFF() V 5 % t r < 5 ns t f < 5 ns t ON() 9 % b V S1 9 % 5 Ω a - S 4a, a S b S 4b G349 GN b 3 Ω 35 pf Rturn to Spcifications: Singl Supply 1 V ual Supply = 5 V, = - 5 V Singl Supply 5 V Singl Supply 3 V Figur 3. Enabl Switching Tim 1 ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

11 Product is End of Lif G348, G349 TEST IRUITS 5 Ω G348 G349 ll S and a GN b, 3 Ω V S1 35 pf Logic Input Switch Output 3 V V V S V 5 % 9 % t OP t r < 5 ns t f < 5 ns Figur 4. rak-for-mak Intrval Rturn to Spcifications: Singl Supply 1 V ual Supply = 5 V, = - 5 V Singl Supply 5 V Singl Supply 3 V V g R g hannl Slct S X GN L 1 nf Logic Input Switch Output 3 V V OFF ON OFF Δ is th masurd voltag du to charg transfr rror Q, whn th channl turns off. Q = L x Δ Δ Figur 5. harg Injction V IN S X R g = 5 Ω S 8 UT GN R L 5 Ω Off Isolation = log UT V IN Figur 6. Off Isolation ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

12 G348, G349 Product is End of Lif TEST IRUITS V S IN X R IN 5 Ω R g = 5 Ω S 8 UT GN R L 5 Ω Figur 7. rosstalk rosstalk = log UT V IN V IN R g = 5 Ω GN R L 5 Ω UT Insrtion Loss = log UT V IN Figur 8. Insrtion Loss hannl Slct 1 S 8 Mtr HP419 Impdanc nalyzr or Equivalnt GN f = 1 MHz Figur 9. Sourc rain apacitanc 1 ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb-11 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

13 Product is End of Lif G348, G349 PKGE OUTLINE MIRO FOOT: 16-UMP (4 x 4,.5 mm PITH,.38 mm UMP HEIGHT) 6 X Ø.15 ~.9 Not b Soldr Mask Ø ~ Pad iamtr +.1 Silicon.5 ump Not a b iamtr Rcommndd Land Pattrn Indx-ump 1 Not c E XXX 348 S Top Sid (i ack) S Nots (Unlss Othrwis Spcifid): a. ump is Lad Fr Sn/g/u. b. Non-soldr mask dfind coppr landing pad. c. Lasr Mark on silicon di back; back-lappd, no coating. Shown is not actual marking; sampl only. Millimtrs a Inchs im. Min. Max. Min. Max b E SI.197 SI S Nots: a. Us millimtrs as th primary masurmnt. maintains worldwid manufacturing capability. Products may b manufacturd at on of svral qualifid locations. Rliability data for Silicon Tchnology and Packag Rliability rprsnt a composit of all qualifid locations. For rlatd documnts such as packag/tap drawings, part marking, and rliability data, s /ppg?7858. ocumnt Numbr: 7858 S11-33-Rv. E, 8-Fb THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

14 Packag Information MIRO FOOT: 16-UMP (4 mm x 4 mm,.5 mm PITH,.38 mm UMP HEIGHT) 6 X Ø.15 ~.9 Not b Soldr Mask Ø ~ Pad iamtr +.1 Silicon.5 ump Not a b iamtr Rcommndd Land Pattrn Indx-ump 1 Not c E XXX 348 S Top Sid (i ack) S Nots (unlss othrwis spcifid) a. ump is lad (Pb)-fr Sn/g/u. b. Non-soldr mask dfind coppr landing pad. c. Lasr mark on silicon di back; back-lappd, no coating. Shown is not actual marking; sampl only. IM. MILLIMETERS a INHES MIN. MX. MIN. MX b E SI.197 SI S Not a. Us millimtrs as th primary masurmnt. EN: S Rv., 13-Jun-11 WG: 6 ocumnt Numbr: 6373 Rvision: 13-Jun-11 1 THE PROUTS ESRIE HEREIN N THIS OUMT RE SUJET TO SPEIFI ISLIMERS, SET FORTH T /doc?91

15 Lgal isclaimr Notic Vishay isclaimr LL PROUT, PROUT SPEIFITIONS N T RE SUJET TO HNGE WITHOUT NOTIE TO IMPROVE RELIILITY, FUNTION OR ESIGN OR OTHERWISE. Vishay Intrtchnology, Inc., its affiliats, agnts, and mploys, and all prsons acting on its or thir bhalf (collctivly, Vishay ), disclaim any and all liability for any rrors, inaccuracis or incompltnss containd in any datasht or in any othr disclosur rlating to any product. Vishay maks no warranty, rprsntation or guarant rgarding th suitability of th products for any particular purpos or th continuing production of any product. To th maximum xtnt prmittd by applicabl law, Vishay disclaims (i) any and all liability arising out of th application or us of any product, (ii) any and all liability, including without limitation spcial, consquntial or incidntal damags, and (iii) any and all implid warrantis, including warrantis of fitnss for particular purpos, non-infringmnt and mrchantability. Statmnts rgarding th suitability of products for crtain typs of applications ar basd on Vishay s knowldg of typical rquirmnts that ar oftn placd on Vishay products in gnric applications. Such statmnts ar not binding statmnts about th suitability of products for a particular application. It is th customr s rsponsibility to validat that a particular product with th proprtis dscribd in th product spcification is suitabl for us in a particular application. Paramtrs providd in datashts and / or spcifications may vary in diffrnt applications and prformanc may vary ovr tim. ll oprating paramtrs, including typical paramtrs, must b validatd for ach customr application by th customr s tchnical xprts. Product spcifications do not xpand or othrwis modify Vishay s trms and conditions of purchas, including but not limitd to th warranty xprssd thrin. Excpt as xprssly indicatd in writing, Vishay products ar not dsignd for us in mdical, lif-saving, or lif-sustaining applications or for any othr application in which th failur of th Vishay product could rsult in prsonal injury or dath. ustomrs using or slling Vishay products not xprssly indicatd for us in such applications do so at thir own risk. Plas contact authorizd Vishay prsonnl to obtain writtn trms and conditions rgarding products dsignd for such applications. No licns, xprss or implid, by stoppl or othrwis, to any intllctual proprty rights is grantd by this documnt or by any conduct of Vishay. Product nams and markings notd hrin may b tradmarks of thir rspctiv ownrs. 17 VISHY INTERTEHNOLOGY, IN. LL RIGHTS RESERVE Rvision: 8-Fb-17 1 ocumnt Numbr: 91