OP04

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FEATURES pin-for-pin compatibility, ease of application, and low cost. © Excellent DC Input Specifications Key specifications, such as Vos, los. Is. CMRR, PSAR and © Matched Vos and CMRR Avo, are guaranteed over the full operating temperature © OP-14 Fits Standard 1458/1558 Sockets range. Precision Monolithics' exclusive Silicon-Nitride "Triple Py © Internally Compensated Passivation” process reduces “popcorn noise”. A thermally- © Low Noise symmetrical input stage design provides low TCVog, TClos, © Low Drift and insensitivity to output load conditions. This series is ideal © Low Cost for upgrading existing designs where accuracy improve- © 0°C/ +70°C and -55°C/ +125°C Models ments are desired. For more stringent requirements, refer to © Silicon-Nitride Passivation the OP-200, OP-207, OP-220, or OP-221 dual-matched opera- © Models with MIL-STD-883 Class B Processing tional amplifier data sheets. Available From Stock PIN CONNECTIONS * Available in Die Form + of ba wae om of ow. ORDERING INFORMATION ' “na ch, favs an ThA Alfnione ?. = wave Co [> fig} ora ma GI [Se Tyevsc PACKAGE operarina +o Fixe na ane

05 MAX ‘CERDIP CERDIP PLASTIC TEMPERATURE eas GC] fa>fa ore

Yay. 70-29 TOO BPN 14PN &PN RANGE =“ al fe we 8-PIN HERMETIC DIP

075 OPt4A OPOIAK™ OPY4AZ OPIAAY" = Mt wee ome (Z-Suffix) OP-14

075 OPt4EJ - OPY4EZ OPOKEY OPIKEP COM “

20 OPia) OPOIK’ OPr4z" OPOLAY = ML SUTRA (esate Opts

20 OP14CJ OPOACK OPI4CZ OPOACY OPIACP ——_XIND ix) ul

5 EIN SO

50 OPM - = _optpe _XIND (8-Sutfix) OP-14

+ For devices procassedin wal Complance to WIL-STD 683, 0097680 ar pat aap Reber Connacht. omg Cyan ong Crane Burin is avallable on commercial and industaltemperatu si Ste sSicer we Sanaa meme | wad Ayn A A) GENERAL DESCRIPTION x The OP-04/OP-14 series of dual general-purpose operational amplifiers provides significant improvements over industry- Tot oie x) To ere x) ‘standard 747 and 1458/1558 (OP-14) types while maintaining SIMPLIFIED SCHEMATIC (Each Amplifier) *ay,02 0344004 ron 4 ca Fics ea eben Soh eatin Bs 2 2 « ——— at L [ 3 mn Ned be Te GY ily eB Sle a Tse Ls chk - BALANCE, a OBALANCE ove eALANCE ACCESSIBLE Wn ros 1491 MERMETICDI ONLY REV. B OPERATIONAL AMPLIFIERS 2-511

ABSOLUTE MAXIMUM RATINGS (Note 1) ———— Supply Voltage .rsnesrisinistinstininnnennsnnsnnne 22 PACKAGE TYPE %aiNote2) ie UNITS Diforontial Input Voltage ...csovscesesessenet “g ws 20 Joma Output Short-Circuit Duration sss Indefinite oso na ‘&Pin Hermetic DIP) 148 16 CW Storage Temperature Range OO _— J, K,Y, and Z Packages «cusses 65°C to +150°C. laPinemetcOIP(Y) 1086 P PACKAGE eesessssscsserstsseenetenatereteneeseees ~B5°C 10 +125°C BPinPlasic IPP) 08 Operating Temperature Range NoTES: f Plain, BSuttix -55¢Cto 412500 ABssile maximum ratings spay o both DICE ane package prs, wane ESUlfiXannnninnnnminmnnnmnnninnneen O°C10-470°C 9. a 18 specie for worst case mounting conditions, le. ©,, is specie fr 6, D-SUIK ss nsntmnntennnnnnnnnsnnnn 40°C 10 +85°C brie in socket for TO, CarDIP, and P-DIP packages: ©, is specified for Junction Temperature (T) soustnseeesssmutescessssene 65°C to +150°C_ device soldered to printed circuit board for SO package. MATCHING CHARACTERISTICS at Vs = + 15V, Ta = 25°C, unless otherwise noted. OP-04A OP-O4E OP-04 OP-04C OP-14A OP-14E ‘OP-14 OP-14C PARAMETER SYMBOL CONDITIONS Min TYP MAX MIN TYP ‘MAX uNTs ‘Common-Mode Rejection . _ Z aulianene SOMAR — Voy=*10V, Rg 1000 4 106 4 108 o MATCHING CHARACTERISTICS at V, = #15V,-55°C < T, < +125°C for OP-04A, OP-14A, OP-04 and OP-14, 0°C = T, = +70°C for OP-04E, OP-14E, ~40°C = T, < +85°C for OP-04C and OP"14C, unless otherwise noted. EEE OP-04A OP-04E OP-04 OP-04C OP-14A OP-14E OP-14 OP-14C PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX untrs "nowt Otfeet Vouage Nos Rg 20K0 — os 16 - 6 3 mv cMaten Ns Commen-Mode ejection syn Voy 210%, Ry 1000 © mm © 0 ae ratio Mate ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs =+15V, Ta = 25°C, unless otherwise noted. oer e>eeessO OOOO OP-04A/OP-14A, OP-04/0P-14 OP-04B. PARAMETER _SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX MIN TYP MAX UNITS Input Offset Voltage Vos Fg S20Kn = 03 075 = 1 2 = 3 5 mv Input Offset Current los = os = 1 5 = 5 Bs A Input Blas Curent le = 6 8 = =~ 10 nA ee Rm Nee) am = me 18 = Me ‘input Voltage Range IVR to 2-H vy ‘Common-Mode Vou=210¥ _ _ _ ert Reto cwrr 5M 85 100 2 85 7085 o Power Supply Vg= =8V 10 #20V Z _ _ erection tio PsR Ska :) 30 100 10 150 BWV Output Voltage Swing Vo RE kn te 8 — 2a 2 — 22 23 — VY 2-612 OPERATIONAL AMPLIFIERS REV. B

ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs = + 15V, Ta = 25°C, unless otherwise noted. (Continued) ——— OP-04A/0P-14A OP-04/0P-14 OP-04B PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN, TYP) MAX MIN, TYP) OMAX UNITS Large-Signat Roe aKn _ _ _ 7 Votgeen NO ges so 20 sm vimy Power Consumption . Z ower ce Pe Vo= ov - 9 » ar) - 0 © mw Input Noise Voltage enpp __O.1Hz to 10H = 068 = 06s = 06 7 fom 10H2 — 8 — 8 — eH Maronite > B22 B22 8 twee B id to™ 1000Hz = a = = a = - El - Input Noiee Current _ingip __O.1Heto 10H =e a =e on, fom 10H2 — we — we — Mw ‘put Noice Current, fo= 100Hz a - 07 = — OT = pan FE nly to= 1000Hz = 04 = = o4 - - 04 = Channel Separation CS wo OO oo - — 48 ‘Slew Rate (Note 1) ‘sR Ru 20, 0.25 Os = 0.25 Os - 0.25 os - wus Cy = 100pF ‘ : . ie Large-Signel 7 7 _ Bandwidth Notes 1.5) Yo" 2Vpp se ‘oo se ial Closed-Loop _ Z ~ _ eee tes 8 Avca = 410 1013 wo 13 13 Mie Aya H.Viy= 50M p.g _ _ Miseime Nott) ty aan aan 260 350 260 380 wo sos Ay= 71. Vin= 60RVp-p _ _ Overshoot (Note) | OS Mean oer 5 0 cn) 5 0 * ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs = + 15V, -55°C < Ta < + 125°C, unless otherwise noted OP-04A/OP-14A OP-04/0P-14 ‘0P-048 PARAMETER SYMBOL CONDITIONS MIN. TYP) MAX ONIN, TYP) MAX OMIN. TYP MAX UNITS Input Offset Voltage Vog__~Ag=20K01 = 0418 = 28 = 3 6 ™ ‘Average Input Offset . _ _ 4 Z a Nernst ieeeesy TOMos R= 800 2 8 0 8 wre Input Otfeet Current log = 1 — 2 0 = 0 60 nA ‘Average Input Offset _ - _ See ere) Toles 78 120 1% 20 70 800 parC Input Bias Current lg = 6 a ee = 200 nA Input Voltage Range VR oe v ‘Common-Mode Veu==10¥ _ Z _ ‘arcrnon Ret cwna Youn 8 100 mo 8s m8 ey Power Supply PSRR Ve= +5V to +20V - 10 60 - 30 100 - 100 150 WW Rejection Ratio Rg 20k Large-Signal Dern _ _ _ in een No (tev 50 100 an) 2 60 vim Output Voltage Swing Vo R= 2k tem v NoTEs: 1. Sample tested 2. Power dissipation per ampliter. 3. Guaranteed by input bias current. 4. Guarantees by maximum risetime 5. Guaranteed by minimum slew rate. REV. B OPERATIONALAMPLIFIERS 2-513

ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vs = +15V, Ta = 25°C, unless otherwise noted. OP-04E/OP-14E OP-04C/OP-14C OP-14D PARAMETER SYMBOL CONDITIONS MIN TYP OMAX MIN] TYP OMAK MIN TYP) MAX UNITS Input Offset Voltage Vos Rigs 20K = 03076 = 12 = 3s mv Input Offset Current los = 05 5 = 15 = 5 8 nA Input Bias Current I = 8% a ee =» 1% nA Input Resistance — Diteremiatmoce RM (Note 3) 200 78 wm 1 5 ma Input Voltage Range IVR Se es es zo 213 v ‘Common-Mode Vou=#10V _ _ _ ‘Neto Lert 85100 oO 7 85 Power Supply Va= #5Vt0+20V _ _ _ ejection Reto PsAR Ae aka 0 6 30 100 wo 180 WV . Output Voltage Swing Vo RL> 2k a2 33 tt es ee v Large-Signal er _ _ _ See oan Avo vee tov 100 250 50200 2 150 vimv Power Consumption . _ _ _ . Now 2) Pe Vo=0v a) ar) s+ 9 mw Input Noise Voltage npp —_—_O-1Hz to 10Hz = 0 = 065 = 065 = Np fo= lolz -— 6 = = BR — BH ‘put Noise Voltage, fo= 100Hz - 2 = - 2 = —- 2 = Wwe Deraity fo= 1000Hz = a er - 4 = Input Noise Current inpp _0.1Hz to 10H - we = ee = ee — A fo= 10Hz = iw = wR = 4 tg fo= 100Hz - 07 = - oF = = 07 = AVE Densit f= 1000H2 =o ed — 4 Channel Separation CS wo woo oo - Ey Slew Rate (Noto) SR RL=2k0,C,=1009F 02505 SOS 02 058 Ws Large-Signal . _ _ _ Bandwidth (Notes 1. 5 Vo" ?0¥e-0 ‘8 ‘e ‘ He Closed-Loop i” _ _ desea notes) oY Avett os 18 os 18 Cn Ayah. Vy=50mV _ _ Risetime (Note 1) ty nak, Oh Son sda mo 8 260 350 ns Ay= +1. Viy=SOmV Overshoot (Note 1) OS Manaenter 7 8 * - 5 - 8 * NoTes: 1. Sample tested. 2. Power dissipation per amplifier. 3, Guaranteod by input bias current. 4. Guaranteed by maximum risetime. 5. Guaranteed by minimum slew rate. 2-514 OPERATIONAL AMPLIFIERS: REV. B

ELECTRICAL CHARACTERISTICS (Each Amplifier) at Vg = 218V, 0°C = T, = +70°C for E, -40°C to +85° for C and D, unless otherwise noted. Secenontmns <Toneres Connie? Whesa ee steroveweceeeweene OP-04E/OP-14E OP-04C/OP-14C OP-14D Input Bias Current Jp = 30 60 - 40 too CUS 200 nA Rejection Ratio MRR Rg = 20ki 0 100 ~ 80 9 ~ 70 8s ~ ae BURN-IN CIRCUIT (1/2 of OP-04, OP-14) OFFSET ADJUST CIRCUIT 20v, ? ? PIN NUMBERS ARE FOR "Y” PACKAGE ONLY. . REV. B OPERATIONAL AMPLIFIERS 2-515

Fenny ~ Fares io fag fe Tas [ef ove size 0080 <c0soineh, conan fe) t= Taal! ia EaesG aes) ees (2.03 x 1.27 mm, 2.58 sq. mm) fast rau es) Paes a eS Keo 1 ner on Sie le! Piles 7 pes J LinWERTING NBUT (A) BALANCE @) -awenra nPUT(A) 4. BALANCE @) eee Tay kee Enonmenrina neo (ay v0)

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£ Bhuance 4F ourpuray { Thunce ih cowures LEME aneurin) ieee E howmventine nur @) 2 vou) $ Nee neuro) 3 baLance cy $Metmnmeimeutey We balance ay NOTE: 9,1 and 13 ae intraly connected WAFER TEST LIMITS at V, = +15V, T, = +25°C, unless otherwise noted. WAFER TEST LIMITS at Vs = #15V, T, = +25°0, unless otherwise note OP-04N OP-14N OP-14G PARAMETER sywe0t conoiTions uM ft nts Tut Oe: Voiage Vos my 52040 078 2 ava irout Oller Volage 7 aH Nos ngs 20k0 1 2 vax TmuoteeiGuent Cg a er Cs Input Bias Current a 50 78 nAMAX TouVowgeRawge WATS Conmentiods Sy Tous tv Rejection Ratio oman Rg 820K 85 80 pun a Conon Mode Reecion Veyazt0¥ ero scwar News a0 on 4 <8Mn Power Supaiy V,=#5V 02200 Rejection Ratio PsA Rg 20k 6° r00 aviv MAX Rejection aso PS gseom Cr) 7 7 Outs Votage Swing Yo Rew Aa a2 wun eS Taow Seas a Tea ~ Voltage Gain Avo Vo =210V 100 so vimv MIN one Corson 5 Voro 70 7 mwuax eam ampiiory NO Channel Separation és 0 7 MN GrannelSeparon Sto Nore: NTE cats are prtormed a waer probe othe \\mis shown. Ove variations in assembly mead and rorma yo loss, yd ater packaging iret quaranted tor TYPICAL ELECTRICAL CHARACTERISTICS at V, = +15V, T, = +25°C, unless otherwise noted. TYPICAL ELECTRICAL CHARACTERISTICS atV, = =15V. 7, = eee OP-04N OP-04G OP-taN opatsa PARAMETER syweot conomons um uM urs me ree Oe — fae 4 frst fone 200 200 . Overanont os Nga Sone 5 5 * i SS. Sew Rate on BHA. 1OO5F om O78 Wes 80. 2-516 OPERATIONAL AMPLIFIERS REV. B

TYPICAL PERFORMANCE CHARACTERISTICS (Each Amplifier) CLOSED-LOOP RESPONSE OPEN-LOOP GAIN OPEN-LOOP FOR VARIOUS: vs TEMPERATURE FREQUENCY RESPONSE GAIN CONFIGURATIONS - = “LETT a> aN - a IN |" BOAT NEI HS fe NI

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eEEEFEEHHEH PEs ° OEE) wL LE ELTT TI a tT] Tr MAXIMUM UNDISTORTED OUTPUT VOLTAGE vs INPUT RESISTANCE OUTPUT vs FREQUENCY LOAD RESISTANCE vs TEMPERATURE a veratsy " a Pet et COMIC Ti sats | Fa EES PCO) = AEH] eee SCOTS Re atiemnt Mgseecge=se ECON a a Po S= === SSS] COC SCT A Pet Sy Be Null : BaE EERE

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' od ono RESISTANCE 70 OROUNE A) oarenaruna ce POWER CONSUMPTION POWER CONSUMPTION OUTPUT SHORT-CIRCUIT vs POWER SUPPLY vs TEMPERATURE CURRENT vs TIME P Eee a 5 q : “| } FRR ONE HT PN ee NG a\\Neeneae Vee Etter © ESSeEEEO weet HEH LETT TL I ws Fees REV. B OPERATIONAL AMPLIFIERS 2-517

TYPICAL PERFORMANCE CHARACTERISTICS (Each Amplifier) UNTRIMMED OFFSET VOLTAGE INPUT OFFSET CURRENT INPUT BIAS CURRENT vs TEMPERATURE vs TEMPERATURE vs TEMPERATURE ool = prea 5 IN HELE FO i-ESSeeeeeSS rN PSC eS ' LENE a | Bee be Nee ee] | Ree PEGS rene) NSE SSR er peer] ot ITN Pees Pcerspst a = —_— os a | “FEE eeepc Mee} LL eert| | (HEF powen supply VOLTAGE PSRR vs FREQUENCY ‘CMRR vs FREQUENCY ~ , Aes : femeesee TIM TT UT ~ ae AES) | OTT Peo ee ea Pee NT Fear BS; He aN Nik CC NUR | o mt | i i 5 oe | CCITT CIEE TN INPUT WIDEBAND NOISE vs INPUT SPOT NOISE INPUT SPOT NOISE BANDWIDTH (0.1Hz TO VOLTAGE vs FREQUENCY CURRENT vs FREQUENCY FREQUENCY INDICATED) i Regia : Seis ieee area Bera See 2 | il $a 2 Ee AS od Saati estti UR at: evan : ease Fa CET CHEE eT TT (2-518 OPERATIONAL AMPLIFIERS REV. B