OP-207 AD | Alldatasheet
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I | ANALOG Dual Ultralow Vos FEATURES parameters is provided between the channels of this dual © LOW Vog «02... e eee ccc eee ee eee e eee eee es 100HV Max operational amplifier. Matching between channels is provided on all critical para- ORDERING INFORMATION+ meters including offset voltage, tracking of offset voltage vs. Ta = 25°C HERMETIC OPERATING temperature, noninverting bias currents, and common- Vos MAX DIP TEMPERATURE mode rejection. (uv) 14-PIN RANGE ORANGE
100 OP207AY" MIL
100 OP207EY com PIN CONNECTIONS
200 OP207FY cOoM
. For devices processed in total compliance to MIL-STD-883, add /883 after part NOTES: number. Consult factory for 883 data sheet. une ca CY Jv“) 4. Device may be operated even + Burn-inis available on commercial and industrial temperature range parts in Nutt (A) [2] es} our (a) if insertion is reversed; this is ‘CerDIP, plastic DIP, and TO-can Packages. =IN (A), [iz] v- tar due to inherent symmetry anny Hl <a ane) of pin locations of amplifiers Aand B. vei] {0) -1N (B) 2. V-(A) and V-(B) are internally GENERAL DESCRIPTION our ei[e} Elm) connected vie substrate The OP-207 series of dual matched operational amplifiers vei [7] fe] nuce (a) resistance. consists of two independent OP-07 high performance opera- tional amplifiers in a single 14-pin dual-in-line package. 14-PIN HERMETIC DIP Exceptionally low offset voltage and tight matching of critical (Y-Suffix) SIMPLIFIED SCHEMATIC (1/2 OP-207) wo RRA i - = on " °EXTENNAL Ria "20K een aa Re Qed Gs] Corey oH soon +1N© an cy a c.. y Y ‘ ge] oh: v-0
ABSOLUTE MAXIMUM RATINGS. Operating Temperature Range equal to the supply voltage. OP-207A 55°C to +125°C 2. @,, is specified for worst case mounting conditions, i.e, @,4 is specified for sessssessseesseesssessseeggceeeseseceseseceseeceseee denice in socket for CorDIP package, OP-207E, OP-207F o.ecctecssctstetntstntnsese: O°G tO +70°C paca MATCHING CHARACTERISTICS at Vs = + 15V, Ta = 25°C, unless otherwise noted. esse OP-207A/E OP-207F PARAMETER SYMBOL CONDITIONS. MIN TYP MAX MIN TYP MAX UNITS Input Offset Voltage Match Vos Rg = 1000 - 30 90 = 50 280 av Average Noninverting _ Dias Current Ipt — 15 £35 415 460 nA Noninverting Offset Current lost — +107 +35 =_ +10 +60 nA Inverting Offset Current los- = 207 +35 _ +10 «+60 oA Common-Mode Rejection . Ratio Match ACMRR Vom = £13V 103120 - 96 114 - dB Power Supply Rejection a+ ~ - Ratio Match APSAR Vg = £3V to +18V 7 32 10 51 wn Channel Separation 126 140 _ 126 140 - dB MATCHING CHARACTERISTICS at Vs = + 15V, -55°C < Ta < 125°C, unless otherwise noted. ooo OP-207A PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNITS. Input Offset Voltage Match Vos R= 1000 — 7 180 wv Input Offset Voltage Tracking Without External Trim TCAVps —_—(Note 1) — 05 10 wee With External Trim TCAVosn Rp = 20kf2 (Note 1) — 03 10 ” Average Noninverting . _ . Bias Current te #236 nA Average Drift of Non- ; inverting Bias Current Telet 7 8 parc Noninverting Offset Current lost - 2 65 nA Average Drift of Non- inverting Offset TClost - m2 = PAG Current Inverting Offset Current los = 2 65 nA Common-Mode Rejection . _ Ratio Match ACMRR Vom = £13V 100 "7 dB Power Supply Rejection . _ Ratio Match APSRR Vs = £3V to +18V 10 51 wv NOTE: 1. Sample tested. -2-
MATCHING CHARACTERISTICS at Vs = + 15V, 0°C < Ta < 70°C, unless otherwise noted. —K—— OP-207E OP-207F __ PARAMETER SYMBOL _ CONDITIONS MIN TYP MAX Min‘ TYP MAX ——_UNITS Input Offset Voltage Match Vos R= 1000 — 0 160 = 120 350 wv Input Offset Voltage Match Yop. R= 100 Input Offset Voltage Tracking Without External Trim TCAVos (Note 1) — 05 10 — 08 15 vec With External Trim TCAVogy _Rp= 20k00 (Note 1) - 03 10 — 04 43 “ ‘Average Noninvert Blas urrent id let — 42 45 — #3 +10 nA CC PRL—i Average Drift of Non- _ _ - - inverting Bias Current TClgt © % parc Noninverting Offset _ _ Current fost 2 5 a 0 nA ‘Average Drift of Non- inverting Offset TClos+ - 2 = - 6 = parc Current Suro Inverting Offset Current los- - 2 5 - 3 0 nA Jrwerting Offset Current toss 8 ‘Common-Mode Rejection ACMRR Vom = £13V 100 v7 - 4 114 - dB ratio Mate I Power Supply Rejection . _ Ratio APSRR Vg = +3V to +18V 10 5 - 6 100 BV NOTE: 1, Sample tested. BURN-IN CIRCUIT OFFSET NULLING CIRCUIT ove one. oxi: Ba Mone, neu | sour A sve . | o-18v J Ov- - tS mai — Le | D 7 bv
INDIVIDUAL AMPLIFIER CHARACTERISTICS at Vs = + 15V, Ta = 25°C, unless otherwise noted. OP-207A/E OP-207F PARAMETER SYMBOL _ CONDITIONS MIN TYP MAX MIN” TYP! MAX UNITS Input Offset Voltage Vos Rs= 1000 -— 3s - © ww av Input Offset Voltage _ _ rabity AVos/Time (Note 1) 03 18 04 20 2V/Mo Input Offset Current los — 09 28 — 15 60 nA Input Bias Current Ip — +1 43 -— +2 47 nA Input Noise Voltage enp-p O.1Hz to 10Hz (Note 2) — 095 06 — 035 08 ep fo= 10Htz (Note 2) — 103 180 — 03 180 Input — Voltage en f= 100Hz (Note 2) — 100 130 — 100 130 nw /re Densit f= 1000H2 (Note 2) -— 98 — - 98 — Input Noise Current lnp-p O.1Hz to 10Hz (Note 2) - 4 9 -— 4% PApp fo= 10Hz (Note 2) — 082 0.80 — 032 0.80 Input Noise Current in to= 100Hz (Note 2) — 0.14 023 — 014 023 pAr/Hz Density to= 1000Hz (Note 2) — ow — — ow — Input Resistance — Tttorentil Rin (Note 3) 2 a mn Input Resistance — Common Ravow —- 2m — - mw = (or Input Voltage Range vA +180 +14 - 213°0«+14 - v Common-Mode Rojotion Ratio CMRR Voy +13V we 123 00 12000 8 ‘ower Supply Rejection PSRR Vg=+9V to +18V - 5 20 - 7 32 aN wage Signal Voltage Avo RL2 2kN, Vo = #10V 200 500 — 190 4000 — wmv RL> 10k 2125 418000 — 425 +30 — Output Voltage Swing Vo RL>2k0 #120 4128 0 — +20 412800 — v RL> 1k #100 4120 — #100 41200 — Siew Rate SR RL> 2k — 02 a Wius Closed-Loop Bandwidth BW Nou= +1 — 08 — — oo — MHz Open Loop Output Ro Vo=0,1o=0 - o — - o —- a Power Consumption Pa No Load, Both Amplifiers — 180 240 — 20 30 mw Offset Adjustment Range p= 20kn — +4 = -— +6 - mv Input Capacitance Cw - 8 - - 8 — pF NOTES: 1. Long-Term Input Offset Voltage Stability refers to the averaged trend line Of Vos vs. Time over extended periods after the first 30 days of operation. Excluding the initial hour of operation, changes in Vog during the first 30 ‘operating days are typically 2.5,V. Parameter is sample tested. 2. Sample tested. 3, Guaranteed by design.
INDIVIDUAL AMPLIFIER CHARACTERISTICS at Vs = + 15V, -55°C < Ta < 125°C, unless otherwise noted. —— eee OP-207A PARAMETER SYMBOL _ CONDITIONS MIN TYP MAX UNITS. Input Offset Voltage Vos Rg = 1000 - 75 230 uv Average Input Offset Voltage Drift Without External Trim TCVos _ — 04 13 , With External Trim TCVosn Rp= 20k0 (Notes 1,2) — 04 - wee Input Offset Current los — 18 56 nA Average Input Ottset ° Current Drift TClos 0 parc. Input Bias Current Ip — +30 +56 nA Average Input Bias ; Current Drift Tle — eH parc Input Voltage Range vA 213° 4135 - Vv Common-Mode Rejection Ratio CMRR Vom = #13 300 8 Power Supply PSRR Vg = £3V to +18V - 7 32 VN Rejection Ratio s“* * a Large-Signal Voltage vo A= 2k0, Vo= +10V 150 40000 wmv Gain Output Voltage Swing Vo RL>2ko 412.0 +128 - Vv INDIVIDUAL AMPLIFIER CHARACTERISTICS at Vs = + 15V, 0°C < Ta < 70°C, unless otherwise noted. a ee OP-207E OP-207F PARAMETER SYMBOL _ CONDITIONS MIN TYP MAX MIN TYP MAX UNITS PARAMETER SYMBOL CONDITIONS OCU OP OVX LULU Or re Oe Input Oftset Voltage Vos Rg = 1000 — 6 20 — 9 350 WwW Average Input Offset Voltage Drift Without External Trim TCVos _ - 04 13 — 07 18 With External Trim TCVog, ‘P= 20KM Notes 1, 2) - 04 = - oo = wre Input Offset Current los - 14 5 baad 25 10 nA Input Offset Current tos A SS ‘Average input Offset - wm = - 2 = WC Current Dritt Telos i Input Bias Current Ip — #2 48 -— +3 «mn nA InputBiasCurrent tg GS Average Input Bias _ 7 _ _ _ Current Drift . Tele 2 8 parc Input Voltage Range IVR #184135 — +3 4135 — v ‘Common-Mode = 1 120 - 97 v7 - Rejection Ratio MRR Voy=+13V 103 48 Power Supply = + =- - 1 VN Rejection Ratio PSRR Vg=+3V to #18V 7 8 0 Si a Rejection Ratio Latae-Sianal Vohage Avo RL 2 2k0, Vo= + 10V 10 4000 0 3800 — vim ; Bai Output Voltage Swing Vo fer +120 +128 — +120 4128 — v Output Voltage Swing Vo ORM OO BN NOTES: 1. Exclude first hour of operation to allow for stabilization of external circuitry. 2. Sample tested. a
APPLICATION OF DUAL MATCHED OPERATIONAL common-mode and power supply rejection ratios. Note also AMPLIFIERS that the impedances of each input, both common-mode and differential-mode, are extremely high, an important feature ADVANTAGES OF DUAL MATCHED OPERATIONAL not possible with single operational amplifier circuits. ‘AMPLIFIERS Common-mode rejection can be made exceptionally high; Dual matched operational amplifiers provide a powerful tool this is very important in instrumentation amplifiers where for the solution of some difficult circuit design problems. errors due to large common-mode voltages can be far greater Circuits include true instrumentation amplifiers, extremely _— than errors due to noise or drift with temperature. For exam- low drift, high common-mode rejection DC amplifiers, low ple, consider the case of two op amps, each with 80dB DC drift active filters, dual tracking voltage references, and (1002V/V) CMRR. If the CMRR of one device is + 100uW/V many other demanding applications. These designs all CMRR and the other is—100V/V, then the net CMRR will be require good matching between two operational amplifiers. 200zV/V, a 6dB degradation. The matching of CMAR ae . 7 increases the effective CMRR when used as an instrumenta- The circuit below, a differential-in, differential-out amplifier, tion input stage. shows how errors can be reduced. Assuming the resistors used are matched, the gain of each side will be identical; if the POWER SUPPLIES offset voltage of each amplifier is matched, then the net The V+ supply terminals are completely independent and differential voltage at the amplifiers output will be zero.Note 17° 0 oy dn. 4 ‘i it doi ot Ni that the output offset error of this amplifier is not a function of ay be powered by Separate supplies if desired. However, the offset voltage of the individual amplifiers, but only a this approach would sacrifice the advantages of the Power- een ee supply-rejection-ratio matching. The V- supply terminals are function of the difference between the amplifiers’ offset oth connected to the common substrate and must be tied to voltages. This error-cancellation principle holds for a number the same voltage. of input-referred error parameters — offset voltage, offset ge. voltage drift, inverting and noninverting bias currents, OFFSET TRIMMING Offset voltage trimming is provided for each amplifier. Guaranteed performance over temperature is obtained by trim- Fs ming one side (side A) to match the offset of the other. A net differential offset of zero results. This procedure is used during factory testing of the devices. The same results are obtained by trimming side B to match side A or by nulling a ° each side individually. The OP-207 is designed to provide best drift performance WN LT | when trimmed with a 20k potentiometer; this value provides = || o+ about +4mV of adjustment range which is adequate for most +0 7 applications. Trimming resolution can be increased by use of the circuit shown below. wweur ourrur -o uy > - Re 10] pe [ NULL Ra Re Ra NULL