∠AX Low offset Voltage Operational Amplifier General Description Features The OP07 is a precision operational amplifier with Ultra Low offset Voltage: 10uV for the OPO7A), input offset drift of 0. 2uv/C an Ultra Low Offset Voltage Drift0.2μ° put bias current of 0.7nA the wide inp o Ultra Stable vs. Time: 0.2u V/Month 110dB minimum(OP07A), plus high input Ultra L。wNo|e:035 ◆ wIde Supply Voltage:±3vto±18V larly useful for high-gain instrumentation applications ◆ High Common Mode Input±14V The excellent linearity and gain accuracy are m o No Extemal Components Requlred temperature. The oP07 has become an industry O FIts AD510, 725, 108A/308A, 741 Sockets tandard and Maxim's reliability and quality are added advantages, Applications Ordering Information Precision Amplifiers TEMP RANGE PACKAGE hermocouple Amplifiers OP07AJ-55"Cto+125"CTO-99 Low Level Signal Processing 5℃+125cT099 Medical Instrumentation o°cto+70° TO-99 OPO7C High A Gauge Amplifiers ovt+70~c09 OPO7D 0℃co+70°cTo99 Accuracy Data Acquisition OPO7EP oCto+70"C 8 Lead Plastic Dip o℃ct+70°c8 Lead Plastic Dip Pin Configuration OPO7DP 0°cto+70° 8 Lead Plastic Dip 55·ct+125° 8 Lead Hermetic Dip Top View OS TRIM OPO7Z-55C to+125C 8 Lead Hermetic Dip OPO7EZoC to+70C 8 Lead Hermetic Dip OP07CZ 0C to+70C 8 Lead Hermetic Dip OPOTECSA 0"cto+70° 8 Lead Small Outline OPO7CCSA 0%C to +70c 8 Lead Small Outline PO7DCSA oC to + 70C 8 Lead Small Outlin 8 Lead To-99 OPO7D/D oC to+70C Dice Contact factory for dice specifications 回MAxm回V Typical Operating Circuit O VoU 8 Lead Dip 慵o|war High-Stability 8 Lead Small Outline Thermocouple Amplifier Mala im integrated Produ Call toll free 1-800.998-8800 for free samples or literature
Low offset Voltage Operational Amplifier ABSOLUTE MAXIMUM RATINGS 22v Storage Tem 65°cto+150° 500mw d oP07Z out voltageate at 5mw/oC above75e° ,,65°cto+160° Input voltage(Note 1) ote 1: For supply voltages less than *22V, the absolute maximum input voltage is equal to the supply voltage. rating conditions for e riods may affect device reliability ELECTRICAL CHARACTERISTICS vs=±15V.TA=+25°c. unless otherwise noted) OPO7A SYMBOL CONDITIONS Input Offset Voltage TMIN E MxUNs set Current Input Bias Current ±0.7 I Input Noise Voltage eNP-P 0 . Hz to 10Hz(Note 4) 03506 03506 out Noise voltage IN 30 Current Density 0120.17 (Note 5) R 00 ±13±14 13±14 CMRRVcM=±13v 110 110 ction Ratio PsRR|vs=±3vto±18V 1010w R1≥ vO V/mV 25±130 125￥12 Note 3: Long-Term input osseo n of po the initial hour of operation, changes in Vos during the first 30 operating days are typically MaXI/V
Low onset Voltage Operational Amplifier ELECTRICAL CHARACTERISTICS(continued) vs=±15V.TA=+25°c. unless otherwise noted OPOTA PARAMETER SYMBOL CONDITIONS MINTYP MAX MAY UNITS 0103 BW AvcL+1V(Note 6) 04 06 MHz Ro Power Consumption Ve=43V. No Load Offset Adjustment Ro =20kfI ELECTRICAL CHARACTERISTICS cs=±15V,-5c≤TAs+125°c. unless otherwise noted OPO7A OP07 SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX I Input Offset Voltage Vos (Note7) 60200山 put TCVos(Note 8) 03 3 Input Offset Currentlos TAlos(Note 8) Input Bias Current 4B ±10±40 ±2060mA nput Bias Current Drift Clg(Note 8) 1350pA℃ ±13±135 MRR|voM±13 106123 PsRR|vs·±3vto±18v 5 5 Voltage Gai RL22knvo±10V Output Voltage Swing Vo RL22kn 1±120126 ±120±126 Note 7: OPO7A grade Offset Voltage is measured one minute after application of power. For all other grades Vos is measured 0.5 XI/
Low offset Voltage Operational Amplifier ELECTRICAL CHARACTERISTICS CONDITIONS OPO7C MIN TYP. MAX. MIN, TYP MAX. MIN. TYP. MAX Input Offset Voltage Note 1) Vos/Time(Note 2) 0315 042.0 053 onth Current 0538 0860 Input Bias Current ±18±70±20±12 Input Noise Voltage eNp-P0.Hzto10Hz(Note 3) 03506038065 038065Vpp nput Noise OHz( Note 3) )0OHz(Note 3) 9811.5 put Noise Current 0.1Hz to 10Hz Current Density 0.130.18 RIn(Note 4) 833 3 Differential-Mode 14 14 vcw=±13v 106123 120 94 10 PSRRVs=±3to±18V 5 7 oltage Gain Aoo B 2 5 ( G% 305v 150 50o 120400 3.0 ±12.0±13 20±13.0 Output Voltage Swing ±115 115±12 RL2 1kn ±105±120 ±12 SRR≥2k(Nte3)0103 0103 W 0406 040.6 MHz Bandwidth Ro 60 60 Power Consumption Pd Vs==15V, No Load 80 a0 Note Input Offset Voltage measurements are performed by automated test equipment approximately 0. 5 seconds after application of Input Offset Stability refers to the average trend line of Vos vs Time over extended periods after the first 30 days of Note 3 XI/
Low offset Voltage Operational Amplifier ELECTRICAL CHARACTERISTICS Vs"±15Voc≤TA≤+70°c, unless otherwise noted) OPOTE OP07C OPOTD PARAMETER SYMBO CONDITIONS MIN.TYPMAX.MIN. TYP MAX.MIN.TYR.MAX. InputOffset Voltage 451308525085250心 TCVos (Note 6) 0418 0725w° 0.95.3 Average Input Offset CLos(Note 6) urrent Drift ±15+5.5 ±30±14|n Average Input Bias (Note 6) I Input Voltage RangeIVR 3.0±13.5 ±130±13.5 ±130±13 103123 94106 Rejection Ratio PSRR V=±3Vto±18 32 1051 Avo|RL≥2knvo=10V ±120±126±110±126 士110±126 lote 5: Input Offset Voltage is measured 0.5 seconds after application of power. OUTPUT IMPUT uF OP07 「E 卜1 Z ALTE Figure 1. Optional Offset Nulling Circul Figure 2. Low Frequency Noise Test Circuit INPUT BIAS CURRENT INPUT OFFSET CURRENT INPUT BIAS CURRENT TEMPERATURE DIFFERENTIAL INPUT VOLTAGE ■■■ 20 L 一 50 0 -3-2-10010如30 maXIM