OP05CJ

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ANALOG DEVICES FAX-ON-DEMAMD HOTLINE - Page 2 P| ANALOG Instrumentation FEATURES GENERAL DESCRIPTION © High CMAR 2.2... eee ee eee eeeee ee 11468 Min voltage and bias current combined with very high levels of gain, © HIgh PSAR wo... eee eee eee + 10008 Min input impedance, CMRR, and PSRR. @ High Gale ose eeeeeeeeeseeeesssess+ $00,000 Min The Op.os is adirect replacementin 725, 108A, and unnulled 741 © High Ry Ditferential 30MN Min

3 Hie anc vrreresririssits SARE sockets allowing instant system performance improvement

WOM vse essere cere tees without redesign. The OP-05 is an excellent choice for a wide © Internally Compensains sereeees Stable to SO0PF L0ed ety of applications including strain gauge and thermocouple © Fils 725, 8A and * Son ‘Dice bridges, high-gain activetilters, butfers, integrators, and sample- San alee and-hold amplifiers. For dual-matched versions. refer to the OP-207 and OP-10 data sheets. ORDERING INFORMATION PIN CONNECTIONS PACKAGE Vig MAX CEROIP PLASTIC TEMPERATURE gin 1 vostam [7 Le) vostaae (mv) T0.08 OPIN ePIN RANGE Gy, Be I con ELD 0.15 OPOSAS* OPOSAZ> - ML a fF ne. os OPOsS* - - wit wm a MC, 05 POSEY © OPOSEZ © OPOSEP com ° !

13 OPOSCJ © OPOSCZ —OPOSCP com vaease EPOXY MINI-DIP

ee | (P-Suffix) * Fordevices processed in total compliance to MIL-STD-883, add /883 afer part | on ‘number. Consul factory for 883 data sheet. r 8-PIN HERMETIC DIP t Burn-in is available on commercial and industrial temperature range parts n {8-Suffix) (z-Suttix) CerDiP, plastic DIP, and TO-can packages. SIMPLIFIED SCHEMATIC a va J ti | o Lane PO en | wm me BT a8 i } f tor 7 . . — or - ‘a H BS i ' = | na [yo [ go O11 g {od court | a n tke . @ an | fae = Ke fs ete Yon Zan | pe oo oe ae er ow 1 oo ae Ka evento —- Me 2 nour ne a3 ne eo _—_ oe _. “te

ANALOG DEVICES FAX-ON-DENAND HOTLINE - Page 3 ABSOLUTE MAXIMUM RATINGS (Note 3) ey ‘ 8 “Cw Input Voltage (NOG 1) .esrsnnnnrnnnnnnmniinenn 8B2V ype pee Ouiput Shor-Circult DUEBLON nnnnrnentnGefinne Speen ——__TB_1___* ‘Storage Temperature Range Pin Passio OP (P) tos SAND Z PACKAGES «....ccererersceresereerreeereeeee BSE tO +150°C NOTES: P PACKAGE rrr BSE 1O 412546 1. For $0 vokagen tea an 22V, te absolute maximum input atage )perating Temperature Range cual to the supply voltage. 9 OPA On08. re 55°C 10 4125°C Sal SPHCMed Kor wore case mouning conditions, i. @, is specited lor . svsssentntnntnetnrenenseste + ditice in socket for TO, CerDiP, P-DIP ang LCc Ha, apectiod OP-O5E, OP-05C -aesessertecneseertenttercererenee OC 10 470°C for device soldered to prinied circuit board for SO and PLCC packages. ELECTRICAL CHARACTERISTICS at V, = +15V, T, = 25°C, unless otherwise noted. a OP-05A OP-06 PARAMETER Svusol__ CONDITIONS MIN TYP MAX min TYP max uns Input Offset Voltage Vos = 007 0.15 = 02 os mv Long-Term input Otteet Vog/Time (Note 1 = 02 10 — 02 10 Voltage Stabitty a (Note 1) = avo Input Otteet Current om = 07 20 — 10 28 nA input Bias Current 's = +07 +2000 — +10 +30 aA Input Noise Voltage (Note 2) ay O.1Hz to WHE — 035 06 — 038 06 pp j fo 10H — 103 180 = 103 10 topes Moves Voge Censity * to™ 100H2 — 100 130 - wo 10 avi He (Note 2) to™ 1000H2 - 96 10 - 96 10 input Note Current . - - ‘Note 2, inp 0.14 to 10H “30 “oo Ppp ; , fo 10H — 032 080 = 032 0.80 Input Noise Curront Density Ie fo= WoH = 0M 023 — 0 023 paar (now 2) ____ fg 1000H7 — 012 017 = 012 017 Input Resistance — Rw (Note 3) 308 2 6 = ua Input Resistance — Fat -~ mw - - mw - cn Input Voltage Renge VR imstuo — 2358 2uo = v Common-Mode Rejection Ratios CMRR— Vey= +135 en ee m1 a Power Supply Rejection Ratio PSRR Vg= £3V to 218V = 4 - 4 Ww wv ALE kN. Vom £10V 0 S00 20 500 Large-Signel Vortage Gain Avo R, 25000. Vo= £0.5V _ vimv Vg = £3V (Note 3) oS _ > 10K 225 2300 2vs 230 — Output Voltage Swing Vo Rpz an £120 2128 - 2120 2128 - v RL2ukn 2105 212.0 _ +105 +120 = Siew Rate (Note 2) SR Ry 2 aki or 03 — o1 03 = Vins Closed-Loop Bandwidth “Note 2) __ Bw Aver +4.0 04 _ 04 06 7 MHz Open-Loup Output Resistance Ro Vo= 0.1920 = #8 -_ 0 - ek No toaa = 9 120 — % 120 ‘ower Consumption Po Vg = $3V. No load - 4 6 . 46 nw Offset Adjustment Range Ap = 20K0? = 4 = - 4 = . mv NOTES: 1. Long-term input offset voltage stability rofers to the averaged trend line operating days are lypically 2.5,V. Reter to typical pertormance curve. Of Vog vs. Time over extended periods after the first 30 days of operation. 2. Sample tested. Excluding the initial hour of operation, changes in Vos during the first 30 3. Guaranteed by design

ANALOG DEVICES FAX-ON-DEMAND HOTLINE - Page 4 ELECTRICAL CHARACTERISTICS at Vs = +15V, 55°C: Ta S + 125°C, unless otherwise noted. Peete cn SSID OP-05A OP-05 PARAMETER ‘SYMBOL CONDITIONS. win TYP MAX MN TYP MAX uNiTs laput Otteet Voltage You — 010 024 — 03 o7 mv ‘Average Input Offset Voltage Drift Without External Trim TCVos ——((Note2) — 03 o9 ~ 07 20 we With External Trim TCVoen, Rip= 20kN (Note 3) — 02 05 - 03 10 i Input Offset Current los - 10 40 - 18 $6 oA ‘rate Put Ofeet Cure TClos (Note 2) - 5 8 - 68 9% pArG a tmput ine Current ty hvorege Input Bias Curent Cl (Note 2) - 8 @B - 3 9% parc ee Input Voltage Range wR 11320 +35 — £30 2135 — v Gommon-Mode Rejection Ratio CMAR— Voy = 13.0V mm = now a Power Supply Rejection Ratio PSAR Va £3V 10 £18V - 5 » = 5 » wn Large-Signal Voltage Gain Avo A220, Vo= t10V mo 400 0 400 vimv Output Voltage Swing Yo. Ry2at £129 2126 2720 2128 — v ELECTRICAL CHARACTERISTICS at Vs = +15V. Ta = 25°C, unless otherwise noted. nth aS ssn OP-0SE ‘OP-05C PARAMETER SYMBOL CONDITIONS MIN TYP Max MIN TYP Max units Input Offset Voltage Vos _ = 02 Os = 03 13 mv Long-Term input Offset Input Ofte Current tog 8 oh WptBlas Current ta ee BT aA Input Noise Voltage (Note 2) * O.1Hz to 10Hz Se upp to= 10H: = 03 180 = 05 20 Hay ne lee Voltage Density on fom 10Hz — 00 130 — w2 135 nw /Re to 1000Hz — 96 10 — 98 1s Input Noise Current (Note 2) lope O.1He to tHE -~ 4 » -— 8 & App to= 10He — 022 0.80 — 035 090 tote _" Current Density tn fo 100Hz = 0M 02 = 018 027 pan/Re t= 1000Hz — O12 0.17 = 013 O18 Input Frsistance — - - D Rw (Note 3) 1% 0 es 3 Mo Input Resistance — - - - - Rew 160 120 Ga Input Voltage Range WR 218 240 — 280 tuo — v Common-Mode Rejection Ratio CMAR Vou = £13.5¥ Ww 6 = wo 120 - a8 Power Supply Rejection Ratio PSAR Vg= 23V to 218V -~ 3 » - 7 # wv Ry 2 2k0, Vo=t10V 2m 0 ~~ Large-Signat Voltage Gain Avo A, 2 800N, Vo= t0.5V _ _ wmv Ry 2 WOkKi 712.5 +130 - 1120 413.0 - Output Voltage Swing Vo RL 2K 11202128 ENS 228 - v StewRave Note?) SR ee Closed-Loop Bandwiath Oper-LoopOuiputRessance Mo Vomlon@ No toad - 0 10 — 9% 160 Power Consumption i Ve" #3V, No load - 4 6 = 4 8 an Ottset Adjustment Range Rpm 20ki ee = 4 mv NOTE: See notes on previous page.

ANALOG DEVICES FAX-ON-DENRMD HOTLINE - Page 5 ELECTRICAL CHARACTERISTICS at Vs = +15V, 0°C < Ta S +70°C, unless otherwise noted. peace te a eA OP-05E OP-05C PARAMETER SvMBOL__ CONDITIONS ain TYP MAK MIM TYP MAX units Input Otfeet Voltage Vos = 02 08 = 03518 mv ‘Average input Otteet Voltage rift Without Extemal Trim TCVog “(Note 2) - 07 20 - 13 45 im With External Trim TCVosn _Rp= 20kN1 (Note 3) -_02 06 — 04 15 were Input Offast Current 16 - 4 88 - 20 00 nA Aaaece Wu Ott Carn TClog (Note 2) - 8 - 2 parc Input Bias Current 'e = #15 385 = #22 200 ay Arernoe input Bas Curent TCly (Note 2) - 8 8 - 8 9 parc Input Voltage Range wR 119021935 410235 — v Common-Mode Rejection Ratio CMAR Vow * 213.0. ws 123 - e120 = eB Power Supply Relection Ratio PSAR Vg=23V 10218 = 7 @ = 0 8 av Large-Signal Voltage Gain Avo R.2 2kN, Vo= 210 wo 40 oo 40 vimy Output Voltage Swing Yo ae an 2120 +126 — 210 2126 — __v wores: 1. Long-Term input Otfeet Voltage Stability refers to the averaged trend tine Gt Vog 3. Time over extended periods after the frat 30 days of operation. Excluding the initia} hour of operation, changes in Vog during the first 30 Operating days are typically 2.5yV. Refer to typical performance curve. 2. Sample tested. 3. Gusranteed by design. a

ANALOG DEVICES FAX-ON-DENAND HOTLINE - Fage 6 DICE CHARACTERISTICS (125°C TESTED DICE AVAILABLE) oo — Yipee 1. BALANCE yo BB: wm Be 2. INVERTING INPUT ry) b 2 P| SE iS 3. NONINVERTING INPUT are, (3 ell ov ) WE ELS a eS 5, NO CONNECTION oe i ree = 6. OUTPUT Sa ler lean 7.ve ye PC Caen @. BALANCE DIE SIZE 0.101 x 0.052 Inch, 5300 £9, mils (2.87 x 1.32 mum, 3.34 59. mm) WAFER TEST LIMITS at Vs = + 15V, T, = 25°C for OP-OSN, OP-05G and OP-0SGR devices; T,= 125°C for OP-OSNT and OP-05GT devices, unless otherwise noted. ld iene OP-OSNT OP-05N OP-05GT OP-05G OP-06GR PARAMETER SYMBOL CONDITIONS mit umir iT Mit Limit _UNITS Input Offeet Voltage = Vos 0.25 0.15 O7 os 1.300 MV MAX Input Otfeet Current los 40 20 7 38 60 nA MAX Input Bies Current Ig sa 22 26 +4 27 RAMAX Resistar hecho ML - F) - 1s 6 MAMIN Input Voltage Range IVA 2130 2135 1130 £135 2130 VMIN Common-Mode Vou ™ £13.5V at +25°C. Taectonnaig CHAR ee now ease 110 ry 110 110 100 dB MIN ‘Power Ry = 10k - 2125 - £125 £120 Output Voltage Swing Vo R= 2k 120 2120 2120 2120 25 MIN Rye tk - £105 - 2105 - Large-Signat Rye akn Vonage Gain Avo Vee s10V 200 20 150 200 120. V/mV MIN Differential Input + +30 0 +90 #90 30 VMAK Voltage * Es Power Consumation Pg Vour= = 120 - 120 150_mWMAX ores: 1. For 25°C characteristics of NT & GT devices see N & G characteristics (2. Guaranteed by design. Electrical tests are pertormed at water probe to the limits shown. Due to variations in assembly metnods and normal yield loss, yield after packaging is not ‘guaranteed for standerd product dice. Consul factory to negotiate specifications based on dice lot qualification through sample lot assembly and testing. TYPICAL ELECTRICAL CHARACTERISTICS at Vs = + 15V, T, = +25°C, unless otherwise noted. ee htacncedrireiatahe teeta aie aeRO S eS OP-OSNT OP-0SN OP-05GT OP-05G OP-05GR PARAMETER SYMBOL CONDITIONS TYPICAL TYPICAL TYPICAL TYPICAL TYPICAL _ UNITS Average Input Mtatege orn Tovoe Res800 03 03 07 o7 12 wre Nulled {1 onset votage pan TC¥ose AgSS00, y= 20K 02 02 09 03 os uw ‘Average Input sien Convent Orit THOS 5 5 ® 8 2 par Stew Rate SA RZ AN 03 03 03 03 03 Vas Closed-Loop on ew Ay tt 08 os oe owe

ANALOG DEVICES FAX-OM-DEMAND HOTLINE - Page 7 TYPICAL PERFORMANCE CHARACTERISTICS ‘TRIMMED OFFSET UNTRIMMED OFFSET TYPICAL OFFSET VOLTAGE vs TEMPERATURE VOLTAGE ve TEMPERATURE VOLTAGE STABILITY vs TIME » Popa " < < = [TTT (E=="] FSS a 4 forse tot | a Oe a a Pte via = Soo 3 e PRANCTine tee dof yi se ZA, i FEE] i Satine inl 5 IN OAL EB awvime TREND LINE, hm. Ta LCS SSS on Gen so 4G ease —— My Sees og

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ANALOG DEVICES FAX-ON-DEMAND HOTLINE - Page 8 TYPICAL PERFORMANCE CHARACTERISTICS MAXIMUM ERROR INPUT BIAS CURRENT INPUT OFFSET CURRENT vs SOURCE RESISTANCE vs TEMPERATURE vs TEMPERATURE | eae, Boo EERE joel UU) LN SL i Ee et pi Pe pea ‘COE SEL : [Pili | serene nce neneanet ammn ™ reawenarune 0 INPUT WIDEBAND NOISE ve BANDWIDTH (0.1Hz VOLTAGE NOISE DENSITY OP-05 LOW FREQUENCY NOISE TO FREQUENCY INDICATED) vs FREQUENCY

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ANALOG DEVICES FAX-OM-DEMAND HOTLINE ~- Page 9 OP-05 TYPICAL PERFORMANCE CHARACTERISTICS OPEN-LOOP GAIN CLOSED-LOOP GAIN MAXIMUM OUTPUT SWING ” ve FREQUENCY vs FREQUENCY vs FREQUENCY = 7 . : AMT “HEL ASS _ = Tih tai POCONO bee See BECPEN TO ele NUTT ER PAN EEN Ra si TTTTTN ot : Fag a Poy. ln TE ND CN -~CTTTTTIT) tit ti 8] CAT ST vata ee ee a a Yneoutr Mpeouncr on POWER CONSUMPTION INPUT BIAS CURRENT vs MAXIMUM OUTPUT VOLTAGE vs POWER SUPPLY DIFFERENTIAL INPUT VOLTAGE ve LOAD RESISTANCE = i = * [arwown Sweet Smatorean [| » Ml Bie lt, ES a Pee Beare HHH aes Pettit! ay Srantie ne] d 5 1 -ots/ SORSRGn0 oe nee ceeeeeees Ae SSS eto oj AAT ll BAS ee ED - 7 mati ee] RH Sh ht tt " SO R008 ee Sees . ob e nn « o a o w 2 2 wo * Ca ‘TOTAL SUPPLY VOLTAGE, V+ TO V- (VOLTS) DIFFERENTIAL INPUT VOLTAGE (VOLTS! LOAD RESISTANCE TO GROUND (1th TYPICAL OFFSET VOLTAGE TEST CIRCUIT TYPICAL LOW-FREQUENCY NOISE TEST CIRCUIT’ a mn al _ * au sug can | 0 Yo yon if y Pa Vv von ans b J INPUT REFERREU NOISE * ae" x 2 200nVjem TOE FILTER -cenvaron ne e010 6c sn