OP09

OP-09 AD | Alldatasheet

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| DEVICES 741-Type Operational Amplifiers FEATURES "PIN CONNECTIONS © RC/RM4136 Direct Replacement (OP-09) wn © LM146/LM348 Direct Replacement (OP-11) we oe oor (2 fs) ovr vn © Silicon-Nitride Passivation our a) Cy i} OUT) sna 77 + 0) © Internal Frequency Compensation our (ot aA ov vw [a] v- Hq © Low Crossover Distortion owe Eh ore wot} ps me © Contin Short-Circult Protection -w iol At iN (c) IN) py YD =o : tow input Blas Current a a) imc our [> 7 our) © Available in Die Form 14-PIN HERMETIC DIP (Y-Suffix) -Sutti ORDERING INFORMATION! EPOXY DiP (P-Sutix) T,=e2c PACKAGE ope raTING YogMAX CERO LCC TEMPERATURE ee Ee (nV) 4PM PLASTIC _20-CONTACT RANGE 98,28 05 _ i MIL ENE ESOS our (ay [7 [5] our (0) nar orsanoans of Blower cnt A a ———oroseY = = c ©S — OPIEY ——_OPITEP - com war Tay “ eed ee ind 25 ‘OP11BY" - - Mi we. [7] [ie] ne. on) & 172] «in c) TTT ne Fg (fem ney f Fay nc) 25° opiiFy OPTIFP - XIND our HY {73] our ic} 50 OPTICYe83 = = ™IL pete ne. fF ote - OP1IGP - sD - optics - Said OP-11ARC/883 16-PIN SOL * Fordevices processedin total compliance to Mit -STD-883, add /883 after part tcc (S-Suffix) number. Consult factory for 883 data sheet. (RC-Sutfix) OP11 t Burn-in is available on commercial and industrial temperature range parts in CorDIP, plastic DIP, and TO-can packages. SIMPLIFIED SCHEMATIC (One of Four Amplifiers is Shown) ove yd =< | A (ine _ = - Zz ne

‘ Storage Temperature Range The OP-09 and OP-11 provide four matched 741-type opera- RC, Y¥-PaCka gO os eceessesceneeceeseeeseeseeneeee 85°C tO +150°C tional amplifiers in a single 14-pin DIP package. The OP-11 is P-Package .. . : -85°C to +125°C amplifiers. The OP-09is pin compatibie with the RM4136ANd — Junction Temperature (T) vvisnnsunnrnnnee ~B5°C 10 +150°C RG4136. The amplifiers are matched for common-mode Operating Temperature range eeeenenenreerenenes rejection ratio and offset voltage which is very important in OP-09A, OP-O9B vecsmnsunenemmseuterunnne 55°C 10 4125°C designing instrumentation amplifiers. In addition. the ampli- OP-09E oennniennnnsnsnennsnnnnnnnmnnnnnne O°C 10 470°C fier is designed to have equal positive-going and negative- OP OOF one ecscsscecccccsccesceceecceeeccesseenensescreseeceres MOOG 10 485°C going slew rates. This is an important consideration for good OP-11A, OP-11B, audio system performance. OP-11C, OP-11ARC ssssssnstnnenensinnn “B5°C 10 +125°C Each of the four amplifiers has the proven OP-02 advantages OPTI E ccssecsssserseessssenessessssvnsesnensssesesssseenssenees OC 10 470°C. of low noise, low drift, and excellent long-term stability. Pre- OP-11F, OP-11G viscssessssereressmessssemessnesesneene “40°C 10 +85°C. cision Monolithics’ exciusive Silicon-Nitride “Triple Passiva- PACKAGE TYPE 6, (Now2) 2) 6. UNITS” tion” process reduces “popcorn noise”, provides high relia- —_______* bility, and assures long-term stability of parameters. (See 14-Pit The OP-09 and OP-11 are ideal for use in designs requiring ee minimum space and cost while maintaining OP-02-type 2oContacttec (RC) 8B pertormance. mesa OP-09's and OP-11's with processing per the requirements of 4. Absclute maximum ratings apply to both DICE and packaged parts, unless MIL-STD-883 are available. For dual-741-type versions, sea otherwise noted. the OP-04/14 data sheet. 2. @,, i8 specified for worst case mounting conditions, |e, ©,, is specified for device in socket for CerDIP, P-DIP, und LOC packages; @), is specified for device soldered to printed circuit board for SOL. package. ASSOLUTE MAXIMUM RATINGS (Note 1) OP-O9GR and OP-11GR (Only) .rsscscesesesesesnenenne £18V Output ShOM-Circuit DUFALION wwe ssc Continuous (One Amplifier Only) MATCHING CHARACTERISTICS at Vs = + 15V, Ta = +25°C, Ag = 1009, unless otherwise noted. ———— OP-09A, OP-09E OP-09B, OP-09F OP-11A, OP-11E OP-11B, OP-11F PARAMETER SYMBOL _ CONDITIONS MIN, TYP MAX MIN TYP MAX unre Input Offset Voltage Match Vos — 05 075 —- 08 20 mv ‘Common-Mode Rejection Vom=#12¥ - 1 2% - 1 2 wn Ratio Match acMAR You tuv 0 41200 ES MATCHING CHARACTERISTICS at V, =+15V,~55°C<T, < +125°C for OP-09A, OP-09B, OP-11A, OP-11 B,O°C<T, <+70°C for OP-O9E, OP-11E and —40°C < T, $+85°G for OP-09F, OP-11F, Re < 1000, unless otherwise noted. a OP-08A, OP-09E OP-096, OP-09F OP-11A, OP-11E OP-11B, OP-11F PARAMETER SYMBOL CONDITIONS MIN” TYP MAX MIN TYP MAX UNITS Input Otfeet Voltage Matoh AYos —- 08 10 —- 10 25 mv Common-Mode Rejection MRR Voun7#12¥ — 32 20 — 32 20 aww Ratio Match a Vow = t12V Co ed no 3B “be .

ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs = + 15V Ta = 25°C, unless otherwise noted. a Sl cee ec pease tee ar OP-09A/E OP-08B/F OP-14A/E OP-11B/F + OP-116/6 PARAMETER SYMBOL _ CONDITIONS MIN. TYP MAX MIN, TYP MAX MIN TYP) MAX UNITS input Offset Voltage Vog Ry S 10k — 03 05 — 06 25 - 12 50 mv Input Offset Current los ~ 66 20 —~ 2 50 — 7% 20 nA input Bias Current — Ip, — 180 900 — 300 500 — %0 500 nA Input Resistance _ _— irteiye FN (Note 3) oro tow 01 ov Mo Input Voltage Range IVR bard +139 =_ +2 +13 - +12 +13 ad v Common-Move _ _ _ _ Mojsetm any MRR Voy 12V, Rg < 1040 10 120 100 120 7 100 ae Power Supply Vg #5 to +18V, A ~ 4 3 - 4 8 - 4 Rejection ato PEFR ne < Kn om Uw ‘Output Voltage Swing Vo RL> Ao +n 48 an 4 en ota v wae Signal Voltage 4 RLS 2k0, Vo™ #10V wo 6500 300 6500 so 800 — ~~ W/mv Power Consumption = - — 1% - 20 wot) Pe MON Input Notoe Voltage opp O.1Hz to 10Hz —o7 - oo ~ 07 = Wp een Noise Vonage fo 100Hz - 6 = - “4 ~ 6 = wie ity fo= 1000Hz - 2 - - 2 = - 2 - Input Noise Current Sapp O.1Hz to 10Hz - 7 - _ 7 - = 7 - PAp p . fo= 10H = we — we =~ wo Inout Noise Current | fg = 100H2 - 1 = ~ 1 —- 15 = paste Density fg= 1000Hz — 1 — 12 - —- wos Channel Separation CS 100 130 _ 100 130° ~- - 30 ad oB Slew Rate (Nowe 2)_ SR ow o7 0 ips Large-Signa! - ~ - _ ‘Bandwidth (Note 2) Vo =20Vp.9 n 16 " 6 n 16 kA Closed-Loop = - 4 300 = oH Banawieth (soto 4) Ay = +10 24 30 2 30 24 30 MHz Risetime (Note 2) ty Ayn t4Viw—Somv 145 = 14s — 10 145 rw Overshvuot (Note 2) os - LJ 2 _ 15 2 - 5 2 % NOTES: 41. Total dissipation for al four amplifiers in package. 2. Sample tested. 3. Guaranteed by input bias current. 4. Guarantood by risetimo. -3-

ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs = + 15V, 55°C < Ta S + 125°C, unless otherwise noted. OP-09A OP-09B . OP-11A OP-11B OP-11C PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAK MIN TYP MAX UNITS Input Offset Voltage Vos Rg 10k. - 04 10 10 35 - 15 60 mv vottage Onn Worms) TCYoe Ras 10K an eS Ne Input OffsétCurrent los - a 40 - 40 — 250 300 nA Average input Offset - o — 08 06 — oe Gurrent brit (Note 3) TCIS ; o1 03 798 _ os 08 narc input Bias Current Ig = 20 378 Sc ed nA Input Voltage Range IVR 22 21 a2 2 #2 480 v Comman-Mode . _ _ _ tion Ratio CMRR Voy =212V, Rg 10ktt 100 120 10. 120 7 0 _# Power Supply Vg= +8 to +15V, _ -~ 4 8 _ Rejection Ratio PPR < 100 42 10 100 WN Large-Signal . _ _ _ Voltage Gain Avo RL 2 2kfl, Vo=+10V 60 250 50 250 25 © 100 wmv Output Voltage Swing Vo ALE ako ee ee an 413 Pe eee v Power Gonsumption _ (Note 1} Pe Vo=0V ~ 15 200 15 200 250 400 mw ELECTRICAL CHARACTERISTICS (Each Amplifier) at V, =+15V, 0°C< T, <+70°C for OP-O9E, OP-11E,~40°C < T, < 485°C for OP-OSF, OP11F, OP-11G, unless otherwise noted. — - OP-09E OP-09F OP-11E OP-11F OP-11G PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX MIN TYP MAX UNITS Input Offset Voltage Vos Rg 10kN — 04 08 ~ 08 30 — 15 60 my ‘Average Input Offset < _ _ _ _ oo Bei TCVog Ags 10K 20 0 40 15 40 wre Input Offset Current tog Se ee — 250 300 nA Average Input Offset _ - Gurtent Drift (Note 3} TClOS or 08 03 06 03 06 nar Input Bins Curront tg = 700360 400860400800 al Input Voltage Range IVR #2 4 #2 413 22 4 v ton CMR Voy=212V, Ag S 10k 10 120 100 120 7 100 8 Power Supply Vg= +5 to +18V, _ tion Ratio Pom FS soKn —- 4 2 4 92 — 10 100 wn Large-Signat > - vonage Gain No Ry 2 2kf, Vo=+10V so 2500 50 2500 2 00 vem Output Voltage Swing Vo ALS 2k an 413 = an 4 an 4 v Power Consumption . (Note 1) Py Vo=0V — 18 200 — 15 200 — 280 400 mw NOTES: 1. Total dissipation for all tour amplifiers in package, 2. Sample tested. 3. Guaranteed but not tested.

DICE CHARACTERISTICS (125°C TESTED DICE AVAILABLE) oP-08 Opt a a 4, INVERTING INPUT (A) # —— 8 4. OUTPUT (A) CRRA py era FSSA] | 2. NONINVERTING INPUT (a) LoMMIAMeAt STN, P(e AriaMNR J 2: INVERTING INPUT (A) ey ae LS el ree alii: a SY > wowrovesrie nour sy Pay 4. OUTPUT (B) ie ol [aes et is, es hee PASS WER?) & sonmventine weur co) [ie fale Eat SGA] =. nonmvenrina mur coy eae eel cen eee] © INVERTING INPUT Ce) eer ean (Ci ee] §. INVERTING INPUT (B) Sa ite elt) LY. Sil Se Sa [ey 7, OUTPUT (8) eS WT eens] 8. INVERTING INPUT (C) a ao a a f=] 9 NONINVERTING INPUT (c) [=a a Lc oe iG INPUT (C) ele uy (em Pa 40. OUTPUT (C) ii “po ry a eu pe 10. NONINVERTING INPUT (C) Sle NST eel, aes 5 Sl -aerl- | 5 ie wSe pl ag ee 12, OUTPUT (D) id aTL.| Orla J f [ a 12, NONINVERTING INPUT (D) Miers ll - 7 13. NONINVERTING INPUT (D) aie all | eee MSY 12. iNVERTING INPUT (0) ae OE YC pT 44. INVERTING INPUT (D) NR ON ge, 14. OUTPUT (D) Paes 00. Aes aL) ‘ ee ae a s+ NOTE: Elther or both V+ pads may be used without any change in performance. WAFER TEST LIMITS at Vg= + 15V, Ta=25°C for OP-09/11N, OP-09/11G and OP-09/11GR devices; Ta= 125°C for s & OP-09/11NT and OP-09/11GT devices, uniess otherwise noted. pelea heetsside lice R eee en OP-OONT OP-09N OP-09GT OP-09GR OP-11NT OP-11N OP-11GT OP-11G OP-11GR PARAMETER SYMBOL CONDITIONS __knrt Limit user uMIT UmIT —_UNITS Input Offset Voltage Vos Ag 10K. “10 05 35 28 80 mVMAX Input Offset Current los 20 20 50 50 200 nAMAX input Bias Current Ig 300 300 500 ___ 500 500 nAMAX Input Voltage Range IVR _ £12 212 £12 £12 £12 VMIN ‘Common-Mode Vou=412V Rejection Ratio CMAR Rigs 10KN 100 100 100 100 men Power SPO io PSAR Ma oe =18v 32 32 32 92 100 LW MAX Az 10k en 212 sn £2 ‘1 Output Voltage Swing Vo Ren zKat 1 tn ant at a vMIN Large-Signal RL22k00 Votage Gain Ao Yons0v 50 100 50 100 50 WmV MIN Power Consumption Vour=0 P, four (Four Amplifiers) 4 No Load 200 bid 200 _ 180 sea mW MAX NOTES: For 25°C characteristics of NT & GT devices, see N & G characteristics, respectively. Electrical tests are performed at wafer probe to the limits shown. Due to variations in assembly methods and normal yield loss, yield after packaging is not usranteed for standard product dice. Consult factory to negotiate specifications based on dice lot qualification through sample lot assembly and testing. TYPICAL ELECTRICAL CHARACTERISTICS at Vs = + 15V, Ta = +25°C, unless otherwise noted. OP-O9NT OP-09N OP-O8GT OP-09GR OP-11NT OP-11N OP-11GT OP-11G OP-11GR PARAMETER SYMBOL CONDITIONS TYPICAL TYPICAL TYPICAL TYPICAL TYPICAL —_UNITS Ay=t Slew Rate SR oan 1 ot 1 1 1 us Unity Gain Bandwidth GBW _ 2 2, 2 2 2 Metz Ay= 100 ‘Channel Separation cs f= 10kKHz 130 130 130 130 130 6B Rg= 1k 5- :

a OP-09/0P-11 TYPICAL PERFORMANCE CHARACTERISTICS INPUT OFFSET VOLTAGE OFFSET CURRENT vs BIAS CURRENT vs an vs TEMPERATURE » TEMPERATURE xo TEMPERATURE TH Oe) TR = ag ie y 3 eet PPNOU HA) ee STOP) ETT ines etter) TIITITT (| | we el OPEN-LOOP GAIN vs OPEN-LOOP GAIN AND PHASE NORIND BANDWIDTH TOAST] s\\ ||) + ie RQguEREae ICANN | « LAN nee, AS Ae Ee \\ : se Lee NIN pT Lge] \\P\\ I eC TNT TEC SRL IN A So ee WITT) LET ETT ING FOL 79 flat MC ee ees OPEN-LOOP GAIN vs =o SUPPLY VOLTAGE wo MAR vs FREQUENCY wo PSRR vs FREQUENCY «pet me UE NL AT mE a a HAF Nee CA in ; AT SU A ey a nil Bs A ea Ss 4 ns tr | oll hs at a LT ~ a A 1 a i Py cubs Toe) WEE Laie

TYPICAL PERFORMANCE CHARACTERISTICS CHANNEL SEPARATION vs NOISE VOLTAGE D@NSITY NOISE CURRENT DENSITY va FREQUENCY 00 vs FREQUENCY ‘to vs FREQUENCY SSS Se SS SS Saal -oe e es a ee Ea g ia i io “ ant GE St a ee en a an Boos Sari ss a eee a et aS nT pg ERS et Poa i ie al 4) See Z vn Oe | Sve eal Ue 8. i soon pitt, AT SHG ere § Eel HESSSeeie “DL. "Lo Fae Lue the ana ul JCC wl FREQUENCY (Hal FREQUENCY (Hz) FREQUENCY (Hz) VOLTAGE FOLLOWER MAXIMUM OUTPUT SWING TRANSIENT RESPONSE PULSE RESPONSE vs FREQUENCY 5 | \\ Bee an / Stone fe ‘ - ae wee LI SeeeEeeere et TNT a LIT OUTPUT VOLTAGE vs QUIESCENT CURRENT vs POWER CONSUMPTION vs LOAD RESISTANCE SUPPLY VOLTAGE wo ‘TEMPERATURE J} of TE] ge rai NEGATIVE sinc. z [tas ase gr cl

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