SVIAAL/VI Precision Low Voltage Micropower Operational Amplifier General Description The OP90 is a precision bipolar micropower operational amplifier with flexible power supply capability. Both the input voltage range and output voltage swing of the OP90 include the negative rail, allowing ground- sensing operation when the part is driven froma single positive voltage supply. The OP90 will accept a single power supply voltage of any value in the range +1.6V to +36V. Alternatively, the amplifier can be operated from dual power supplies in the range of t0.8V to +18V. Unlike most other micropower operational amplifiers, the OP90 requires no external current setting resistor, and consumes less than 20uA of quiescent current, allowing operation from a lithium battery of greater than 10,000 hours. Even with this minimal current consumption, the amplifier can sink or source 5mA of current into the load. Every OP90 (A/E grade) is internally trimmed to guar- antee an input offset voltage of less than 150uV. This eliminates the need for external nulling in most appli- cations, although null pins are provided if required. The guaranteed minimum open loop gain of 700,000 together with power supply rejection ratio of 5.6uV/V and common-mode rejection ratio of 100dB allow the OP90 to be used in applications requiring low power operation together with precision performance. Applications Precision Micropower Amplifiers Micropower Signal Processing Battery Powered Analog Circuits Typical Operating Circuit v* (5V) 10kQ R1 10k) Vin O-Ww-4 > Vout HP5062-2600 SINGLE OP AMP FULL-WAVE RECTIFIER Features @ Single/Dual Supply Operation: +1.6V to +36V, +0.8V to +18V @ True Single-Supply Operation: Input and Output Voltage Ranges Include Ground @ Low Supply Current: 20vA Max @ High Output Drive: 5mA Min @ Low Input Offset Voltage: 150uV Max @ High Open Loop Gain: 700V/mV Min @ High PSRR: 5.6uV/V Max @ Standard 741 Pin Out With Nulling to V~ Ordering information PART TEMP. RANGE PACKAGE OPS0AZ -55C to +125C 8 Lead CERDIP OPSO0EZ -26C to +85C 8 Lead CERDIP OPSOFZ -25C to +85C 8 Lead CERDIP OPS0GP 0C to +70C 8 Lead Plastic DIP OP90GS 0C to +70C 8 Lead SO OP90GC/D 0C to +70C Dice Pin Configuration TOP VIEW = VY Vos NULL [1 | 3] N.C. MAXIM Spoof " +1N [3 | Gi Vout v [4 rs] Vos NULL 8 LEAD DIP/CERDIP/SO MIAXAIS/VI mMaAXIM is a registered trademark of Maxim integrated Products. 06d0 Maxim integrated Products 3-69OP90 Precision Low Voltage Micropower Operational Amplifier ABSOLUTE MAXIMUM RATINGS (Note 1) Supply Voltage (V*-to V7) Internal Power Dissipation Hermetic DIP (Z) derate at 71mW/C above +80C Plastic DIP (P) derate at 5.6mW/C above +36C Small Outline (S) derate at 5mW/C above +55C Differential Input Voltage [(V7)-20V] to [(V*)+20V] Common Mode Input Voltage .... [(V)-20V] to [(V*)+20V] Output Short Circuit Duration Indefinite Storage Temperature Range Operating Temperature Range OPS0A OP90E, OP9OF OP90G Junction Temperature (Ty) Lead Temperature (Soldering, 10 sec) Note 1: Absolute maximum ratings apply to both packaged parts and Dice, unless otherwise noted. -65C to +150C -55C to +125C -25C to +85C 0C to +70C -65C to +160C +300C Stresses above those listed under Absolute Maximum Ratings may cause permanent damage to the device. These are stress ratings only, and functional operation of the device at these or any other conditions above those indicated in the operational sections of the specifications is not ELECTRICAL CHARACTERISTICS (Vg = 1.5V to +15V, T, = +25C, unless otherwise noted.) implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. PARAMETER | SYMBOL | CONDITIONS OPSOA/E OP90F OP90G UNITS MIN TYP MAX| MIN TYP MAX| MIN TYP MAX Input Offset Voltage Vos 50 150 75 250 125 450 | wv Input Offset - Current los Vom = OV 04 3 04 5 04. 5 nA Input Bias _ Corrent Is Vom = OV 40 15 40 20 40 25 nA Vg = 15V, Vo = +10V Ri = 100k 700 1200 500 1000 400 800 Ri = 10k 350 600 250 500 200 400 Large Signal Avo R= 2kO 125 250 100 200 400 200 Wmv Voltage Gain V"=5V,V-= OV, m 1V<Vo<4v Ri = 100k 200 400 125 300 100 250 Ri = 10k 400 180 75 140 70 140 Input Voltage wa [w= 54. Ve =0V 0/4 0/4 ova V Range Vg = 15V (Note 2) |-15/13.5 -15/13.5 -15/13.5 Vg = 15V Vo Ri = 10k +14 4142 +14 4142 +14 414.2 v R= 2kO + +12 +1 +12 + +12 Output Voltage V vt =5V,V=0V v Swing OH Ry, = 2kQ 40 42 40 42 40 42 V vt =5V, Vo =0V y OL R= 10k 100 500 100 500 400 500 | # V = 5V, V =O, Common Model opp | OV<Vom<aV 90-110 80100 80100 Rejection Ratio Vs = 15V, dB wBVVou<13.5V 100 130 90 120 90 120 Power Supply Rejection latio| PSRR 10 56 10 56 32 10 | ww Slew Rate SR V5 = +15V 5 612 5 12 5 612 vW/ms V5 = 1.5V 9 15 9 15 9 15 Supply Current) = Isy_ | ye = +15 14-20 14-20 14-20 -| HA tat Ay =+1 gana Load No Oscillations 250 650 250 650 250 650 pF y (Note 3) MAX LVIPrecision Low Voltage Micropower Operational Amplifier ELECTRICAL CHARACTERISTICS (continued) (Vg = 1.5V to 15V, T, = +25C, unless otherwise noted.) OPSO0A/E OPSOF OP90G UNITS MIN TYP MAX | MIN TYP MAX] MIN TYP MAX [ PARAMETER | SYMBOL CONDITIONS Input Noise fo = 0.1Hz to 10Hz Voltage enp-p Vg = +15V 3 3 3 UV p-p Diftorentil Mode Rin Vg = +15V 30 30 30 Ma Input Resistance Rincm Vg = +15V 20 20 20 Go Common Mode Note 2: Guaranteed by CMRAR test. Note 3: Guaranteed by design. ELECTRICAL CHARACTERISTICS (Vg = 1.5V to 15V, -55C = T, < 125C, unless otherwise noted.) PARAMETER SYMBOL CONDITIONS OP90A UNITS MIN TYP MAX ~ Input Offset Voltage Vos 80 400 LN Average Input Offset 0 Voltage Drift TCVos 0.3 25 uv/PC Input Offset Current los Vom = OV 15 5 nA Input Bias Current Ip Vom = OV 4.0 20 nA Vs = 15V, Vo = +10V Ri = 100k 225 400 Rx = 10kQ 425 240 Large Signal Avo Ri = 2kQ 50 110 Wmv i m Voltage Gain V=5V.V-=0V, W<Vo<4v Ri = 100kQ 100 200 Rx = 10kQ 50 110 V* = 5V, V=0V 0/3.5 Input Voltage Range IVR Vs = +15V (Note 4) -15/13.5 v V5 = +15V Vo Ry = 10kQ 13.65 +13.7 Vv R, = 2kQ +10.5 +115 Output Voltage Swing , V" = 5V, V =0V Vou Ru = 2k 3.9 4 V Vv Vi =5V,V=0V V oL Ry = 10k 100 500 M Common Mode CMRR V* = 5V, V = OV, OV<Vom<3.5V 85 105 dB Rejection Ratio Vg = 15V, -15V<Voy<13.5V 95 115 Power Supply Rejection Ratio PSRR 32 10 WNIN = +1.5V 15 25 Supply Current Isy vi = +15V 19 30 HA Note 4: Guaranteed by CMRR test. MAAIMW 3 06d0OP90 Precision Low Voltage Micropower Operational Amplifier ELECTRICAL CHARACTERISTICS (Vg = 1.5V to +15V, -25C < Ta < 85C for OPQOE/F, 0C < Ta = 70C for OP90G, unless otherwise noted.) OPS0E OPSOF OP90G PARAMETER | SYMBOL CONDITIONS UNITS MIN TYP MAX | MIN TYP MAX| MIN TYP MAX . Input Offset Voltage Vos 70 270 110 550 180 675 UV Average Input Offset Voltage TCVos 0.3 2 0.6 5 1.2 5 Uv/eC Drift Input Offset _ Current los Vom =0V 0.8 3 1.0 5 1.3 7 nA Input Bias _ Current lp Vom = OV 40 15 40 20 4.0 25 nA Vg = t15V, Vo = 10V Ri = 100kQ 500 800 350 700 300 600 Ri = 10kQ 250 400 175 350 150 250 Large Signal Avo Re = 2kQ 100 200 75 150 76 125 Wmv i m Voltage Gain Vi =5V.V=OV, IV<Vo<4V R, = 100kQ 150 280 100 220 80 160 R, = 10kQ 75 140 50 110 40 90 Input Voltage IVR vi =5V.V=0V 0/3.5 0/3.5 0/3.5 Vv Range Vs = +15V (Note 5) [-15/13.5 -15/13.5 -15/13.5 V5 = +15V Vo R, = 10k 413.5 +14 413.5 +14 +13.5 +14 Vv Ri = 2kQ +10.5 +11.8 +10.5 +11.8 +10.5 +118 Output Voltage Vv vi =5V, V=0V v Swing OH Ri = 2kQ 39 41 39 441 39 41 Vv vt =5V,V =0V Vv ot Ry = 10kQ 100 500 100 500 joo 500 | # Vv" =5V,V" = OV, Common Mode OV<Vom<3.5V 90710 80 100 80 100 Rejection Ratiol CMRR ly. -+15y, 100120 90 1H0 30 110 dB -15V<Vom<13.5V Power Supply Rejection Ratio PSRR 1.0 5.6 3.2 10 5.6 178 UN Vs = +1.5V 13 25 13 25 12 25 Supply Current) Isy_ vg = +15V 17 30 17 30 16 30 | HA Note 5: Guaranteed by CMRR testi. MAXIPrecision Low Voltage Micropower Operational Amplifier 06dO WAFER TEST LIMITS (Vg = 1.5V to 15V, Ta = 25C, unless otherwise noted.) PARAMETER SYMBOL CONDITIONS OP90GBC UNITS MIN TYP MAX Input Offset Voitage Vos 250 uN Input Offset Current los Vom = OV 5 nA Input Bias Current lp Vom = OV 20 nA Vs = 15V, Vo = +10V Rx = 100k 500 Large Signal A Ri = 10kQ 250 Voltage Gain vo V' =5V.V-=O0V, Wmv IW<Vo<4Vv Rr = 100kQ 125 Vi =5V, V7 =0V 0/4 Input Voltage Range IVR Vg = +15V (Note 6) -18/13.5 Vv Vs = 16V Vo Ri = 10kQ +14 Vv Ri = 2kQ +11 Output Voltage Swing vi =5V,V =0V Vou Ri = 2k 4.0 v Vi =5V,V=0V Vou Ri = 10k 500 WW Common Mode CMRR V" = 5V, V = OV, OV<Von<4V 80 aB Rejection Ratio Vs = 15V, -15V<Vom<13.5V 90 Power Supply Rejection Ratio PSRR 10 WIN Supply Current Isy Vs = t15V 20 HA Note 6: Guaranteed by CMRR test. 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 guaranteed for standard product dice. Consult factory to negotiate specifications based on dice Jot qualification through sample lot assembly and testing. MAXI 5OP90 Precision Low Voltage Micropower Operational Amplifier Typical Operating Characteristics INPUT BIAS CURRENT vs TEMPERATURE = t15V 3.0 -75 -50 -25 0 25 50 75 100 125 TEMPERATURE (C) OPEN-LOOP GAIN AND PHASE SHIFT vs FREQUENCY Vs = 15V Ta = 25C R, = PHASE SHIFT (DEG) 1 10 100 1k 10k 100k FREQUENCY (Hz) OUTPUT VOLTAGE SWING INPUT OFFSET VOLTAGE INPUT OFFSET CURRENT vs TEMPERATURE vs TEMPERATURE 100 T T 1.6 4.2 | Vs =+15 < Vs = + _ >= = 80 5 1.4 = 4.0 ui a - 9 | c 12 3.8 F 60 5 1.0 g o 5 FE Fr o 36 uw 40 f. a 0.8 an . y i 5 34 we a bs x YY o 06 FE od fA Fr > 20 2 @ 3.2 5 . a ] YY & 04 z a) 0.2 -75 -50-25 0 25 50 75 100 125 -75 -50 -25 0 25 50 75 100 125 TEMPERATURE (C) TEMPERATURE (C) SUPPLY CURRENT OPEN-LOOP GAIN vs vs TEMPERATURE SINGLE-SUPPLY VOLTAGE 22 600 140 20 LNO Ri = 10k 120 = > 500 $18 = a 5 = 100 5 16 5 400 z wo44 q < = g Go 80 5 12 300 o 5 a 3 60 > 10 5 a al a + 200 ; a 8 z & 40 2 6 i a n a 6 100 15 4 2 0 0 -75 -50 -25 0 25 50 75 100 125 0 5 10 15 2 25 30 01 TEMPERATURE (C) SINGLE-SUPPLY VOLTAGE (VOLTS) CLOSED-LOOP GAIN OUTPUT VOLTAGE SWING vs FREQUENCY vs LOAD RESISTANCE 80 TTT aw Vg = +15V 5 Vt = 5V, V- = 0V ~ a Ta = 25C 5|Ta=25C e = 40 = a z o q Ds z4 < 6 a Fd z 20 sb w 3 > 9 oO an 7 < FE 5 a 2 2 w 3 a a 0 > 5 9 N Eb 3 3 N z 1 Ee 2 -20 oo : 10 100 1k 10k 100k 100 1k 10k 100k 100 FREQUENCY (Hz) LOAD RESISTANCE () 6 vs LOAD RESISTANCE Ta= Vs = +15V 1k 10k 100k LOAD RESISTANCE (9) MAXLSVIPOWER SUPPLY REJECTION RATIO vs FREQUENCY _ NR a TTT = Ta = 25C 5 100 be NEGATIVE SUPPLY 5 FN - 5 80 SN N = N > N 5 & go |POSIT! E SUPPLY a a NY fi 40 My = 3 a 20 _ 10 100 FREQUENCY (Hz) tk CURRENT NOISE DENSITY vs FREQUENCY 100 Hz) = +15V Ta = 25C 10 0.1 CURRENT NOISE DENSITY (pA/ 0.1 1 10 100 FREQUENCY (Hz) MAAISVI 1k COMMON-MODE REJECTION (dB) COMMON-MODE REJECTION = a o = N So = oS o 8 > o Precision Low Voltage Micropower Operational Amplifier Typical Operating Characteristics (continued) RATIO vs FREQUENCY Vs = +15V Ta = 25C 1 10 100 FREQUENCY (Hz) SMALL-SIGNAL TRANSIENT RESPONSE Ta = 25C Vg = +15V Ay =+1 Ri = 10kQ CL = 500pF NOISE VOLTAGE DENSITY vs FREQUENCY Hz) Vg = +15V Ta = 25C NOISE VOLTAGE DENSITY (nv/ 0.1 1 10 100 1k FREQUENCY (Hz) LARGE-SIGNAL TRANSIENT RESPONSE Ta = 25C Vs = +15V Ay=+1 Ri = 10kQ CL = 500 pF OP90Precision Low Voltage Micropower Operational Amplifier +18V OP90 MAXIM OP90 Your o +IN o v Figure 1, Offset Nulling Circuit Figure 2. Burn-in Circuit Chip Topography 0.085" (2.16mm) 0.086 (218mm) Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. gs_ C(iCCMfaxim: integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600 1989 Maxim Integrated Products Printed USA 19-2478 10/89