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ANALOG DEVICES OP-04/IP-14 handbook

1. O ANALOG Dual Matched High Performance DEVICES Operational Amplifiers 04 0 14 FEATURES pin for pin compatibility ease of application and low cost e Excellent DC Input Specifications Key specifications such as Vos los CMRR PSRR and e Matched Vos and CMRR Avo are guaranteed over the full operating temperature e 14 Fits Standard 1458 1558 Sockets range Precision Monolithics exclusive Silicon Nitride Triple internally Compensated Passivation process reduces popcorn noise A thermally Low Noise symmetrical input stage design provides low TCVos TClos Low Drift and insensitivity to output load conditions This series is ideal e Low Cost for upgrading existing designs where accuracy improve e 0 70 and 55 C 125 C Models ments are desired For more stringent requirements refer to e 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 ORDERING INFORMATION 256 PACKAGE OPERATING s MAX CERDIP CERDIP PLASTIC TEMPERATURE mV 170 599 TO 100 8 PIN 14 PIN 8 PIN RANGE 8 PIN HERMETIC DIP 075 OPI4AJ OPO4AK 14 2 OPi4AY MIL Z Suffix OP 14 075 14 2 OPO4EY OPI4EP COM POXY MINI 20 14 OPO4K 142 OPO4AY MIL iore pt 20 14 OPO4CK 14
2. 1 0 10 BANDWIDTH kHz REV B
3. UNITS Input Offset Voltage AVos 5 lt 20 0 05 15 15 Common Mode Rejection ACMRR 10 Rg lt 1000 9 100 00 dB Ratio Match ELECTRICAL CHARACTERISTICS Each Amplifier at Vs t 15V TA 25 unless otherwise noted OP 04A OP 14A 04 14 OP 04B PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX MIN TYP MAX UNITS Input Offset Voltage Vos lt 20 0 0 3 0 75 1 2 3 5 mV Input Offset Current los nd 0 5 5 1 5 m 5 25 nA Input Bias Current lg ii 18 50 20 75 Exi 30 100 nA Input Resistance 20 7 5 z Differential Mode Ri Note 3 1 35 7 1 5 Input Voltage Range IVR 10 13 10 13 10 13 Common Mode 10V R 85 100 80 95 70 85 dB Rejection Ratio Rs lt 20 0 Vg 55 to 20V RR 10 60 30 100 100 150 VN Rejection Ratio Rs lt 200 Output Voltage Swing R z2kn 12 13 12 13 12 13 2 512 OPERATIONAL AMPLIFIERS REV B 04 0 14 ELECTRICAL CHARACTERISTICS Each Amplifler at Vs 15 TA 25 unless otherwise noted Continued OP 04A OP 14A 04 14 04 SYMBOL CONDITIONS MIN MIN UNITS Large Signal gt 2 0 Vol
4. 7 Both Amplifiers oro 179 HS NON MAA Channel Separation CS 100 100 dB MIN NOTE 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 not guaranteed for standard product dice Consult factory to negotiate specifications based on dice lot qualifications through sample lot assembly and testing TYPICAL ELECTRICAL CHARACTERISTICS at V 15V T 25 unless otherwise noted OP 04N OP 04G OP 14N OP 14G PARAMETER SYMBOL CONDITIONS LIMIT LIMIT UNITS A 1 V p 50mV iseti v Risetime t R 20 Ci 50 200 200 ns 1 Vin 50mV 5 5 Overshoot 05 R 2kQ C 50pF Slew Rate SR Ri 2 C 100pF 0 25 0 25 2 516 OPERATIONAL AMPLIFIERS REV B 04 0 14 TYPICAL PERFORMANCE CHARACTERISTICS Each Amplifier OPEN LOOP GAIN vs TEMPERATURE Cr Vs 15V OPEN LOOP GAIN V mV 60 20 20 60 100 140 TEMPERATURE C MAXIMUM UNDISTORTED OUTPUT vs FREQUENCY OUTPUT VOLTAGE PEAK TO PEAK VOLTS FREQUENCY kHz POWER CONSUMPTION vs POWER SUPPLY POWER CONSUMPTION mW 20 40 TOTAL SUPPLY VOLTAGE V TO V VOLTS
5. REV B OPEN LOOP FREQUENCY RESPONSE OPEN LOOP GAIN dB 0 31 31 0 10 10 1k 10k 100k 1M 10M FREQUENCY H2 OUTPUT VOLTAGE vs LOAD RESISTANCE 25 VS 15 OUTPUT SWING VOLTS 2 LE 0 1 10 10 LOAD RESISTANCE TO GROUND POWER CONSUMPTION vs TEMPERATURE POWER CONSUMPTION mW 60 20 20 60 100 140 TEMPERATURE C CLOSED LOOP RESPONSE FOR VARIOUS GAIN CONFIGURATIONS CLOSEO LOOP GAIN dB 10 100 1 10k 10 1M 10M FREQUENCY Hz INPUT RESISTANCE vs TEMPERATURE INPUT RESISTANCE 2 60 20 20 60 100 140 TEMPERATURE OUTPUT SHORT CIRCUIT CURRENT vs TIME TA 25 Vs 215V 8 VINIPIN 3 10mV Vo 15V VINIPIN 3 10mV Vo 15V 4 e OUTPUT SHORT CIRCUIT CURRENT mA 15 9 1 2 3 4 TIME FROM OUTPUT BEING SHORTED MINUTES OPERATIONAL AMPLIFIERS 2 517 04 0 14 TYPICAL PERFORMANCE CHARACTERISTICS Each Amplifier UNTRIMMED OFFSET VOLTAGE vs TEMPERATURE ABSOLUTE VALUE OF OFFSET VOLTAGE mV EAN 60 xao 140 TEMPERATURE C I 3 8 OPEN LOOP GAIN vs
6. 2 OPO4CY OP14CP XIND Y Sufflx OP P Suffix an e 14 5 8 PIN SO 50 gt OP 4DP XIND S Suffix 14 For devices processedin total compliance to MIL STD 883 add 883 after part number Consult factory for 883 data sheet t Burn in is available on commercial and industrial temperature range parts in CerDIP plastic DIP and TO can packages GENERAL DESCRIPTION sv av The OP 04 OP 14 series of dual general purpose operational TO 100 K Suftix TO 99 J Suffix amplifiers provides significant improvements over industry OP 04 OP 14 standard 747 and 1458 1558 14 types while maintaining SIMPLIFIED SCHEMATIC Each Amplifler Q1 02 Q3 AND 04 FORM THERMALLY CROSS COUPLED QUAD 05 Q6 AND Q6 COMPRISE A SIMILAR em THERMALLY CROSS COUPLED QUAD IN O R10 OUTPUT at v BALANCE ACCESSIBLE WITH OP 04 IN 14 PIN HERMETIC DIP ONLY REV B OPERATIONAL AMPLIFIERS 2 511 0 04 0 14 ABSOLUTE MAXIMUM RATINGS Note 1 Supply Voltage eene 422v PACKAGE TYPE 6j Note 2 UNITS Pss em SUME P EAE Differential Input Voltage esee 30 TO 99 J 150 18 CAN Input Voltage Supply Voltage TO 100 K 142 21 Output Short Circuit Duration Indefinite 7 Storage Temperature Ran
7. POWER SUPPLY VOLTAGE 25 LOOP GAIN V mV POWER SUPPLY VOLTS INPUT SPOT NOISE VOLTAGE vs FREQUENCY 1000 15V 25 Raon 2 TYPICAL gt 100 E A 10 i 1 0 01 0 10 1 0 10 700 1000 FREQUENCY Hz 2 518 OPERATIONAL AMPLIFIERS INPUT OFFSET CURRENT vs TEMPERATURE INPUT OFFSET CURRENT nA TEMPERATURE PSRR vs FREQUENCY TESTES TIN 1 100 Ik 10k 100k FREQUENCY Hz o PSRR dB INPUT SPOT NOISE CURRENT vs FREQUENCY 00 1 25 TYPICAL CURRENT NOISE DENSITY pAA Hz 0 01 0 10 10 10 100 1000 FREQUENCY Hz INPUT BIAS CURRENT vs TEMPERATURE INPUT BIAS CURRENT nA 60 20 20 100 140 TEMPERATURE CMRR vs FREQUENCY CMRR dB 8 1 10 100 1 10k 100k FREQUENCY Hz INPUT WIDEBAND NOISE vs BANDWIDTH 0 1Hz TO FREQUENCY INDICATED RMS NOISE uV
8. 8 4 10 d Voltage Drift Note 1 os 50 2 a 2 Input Offset Current los 1 10 2 10 x 10 50 nA Average Input Offset 7 120 15 250 mz 7 9 Current Drift Note 1 5 0 500 Input Bias Current lg 30 60 mi 40 100 50 200 nA Input Voltage Range IVR t10 13 10 13 10 13 v Common Mode 10 100 80 95 7 Rejection Ratio CMAR Rs lt 20 0 80 0 ij 48 Power Supply Vs 5V to 20V 10 60 30 100 1 1 V Rejection Ratio mE lt 20 0 9 59 EN Large Signal RLZ 2 0 50 100 25 60 25 60 V mV Voltage Gain Avo Vo 7 10V Output Voltage Swing gt 200 12 13 12 13 10 13 NOTES 1 Sample tested Power dissipation per amplifier 2 3 Guaranteed by input bias current 4 Guaranteed by maximum risetime 5 Guaranteed by minimum slew rate REV B OPERATIONAL AMPLIFIERS 2 513 0P 04 0P 14 ELECTRICAL CHARACTERISTICS Each Amplifier at Vs 15 TA 25 unless otherwise noted OP 04E OP 14E OP 04C OP 14C OP 14D PARAMETER SYMBOL CONDITIONS MIN MIN TYP MAX MIN TYP MAX UNITS Input Offset Voltage Vos Rs S 20 0 0 3 0 75 1 2 3 5 mV Input Offset Current los 05 5 1 5 5 25 nA Input Bias Current lg 18 50 20 75 30 100 nA Input Resistance Differential Mode Rin Note 3 2 0 7 5 1 35 7 1 5
9. 0 04 0 14 DICE CHARACTERISTICS OP 04 DIE SIZE 0 080 0 050 inch 4000 sq mils 2 03 x 1 27 mm 2 58 sq mm 1 INVERTING INPUT 8 BALANCE B 1 INVERTING INPUT A 8 BALANCE B 2 NONINVERTING INPUT A 9 V 2 NONINVERTING INPUT A 9 V B 3 BALANCE A 10 OUTPUT B 3 BALANCE A 10 OUTPUT B 4 v 11 V 4 V 11 NO CONNECTIONS 5 BALANCE B 12 OUTPUT A 5 BALANCE B 12 OUTPUT A 6 NONINVERTING INPUT B 13 V 6 NONINVERTING INPUT B 13 V A 7 INVERTING INPUT B 14 BALANCE A 7 INVERTING INPUT B 14 BALANCE A NOTE 9 11 and 13 are internally connected WAFER TEST LIMITS at V 15 T 25 unless otherwise noted OP 04N OP 14N OP 14G PARAMETER SYMBOL CONDITIONS LIMIT LIMIT UNITS Input Offset Voltage Vos R 20kQ 0 75 2 mV MAX input Offset Voltage V Match Vos Rs 20kQ 1 2 mV MAX Input Offset Current los 5 5 nA Input Bias Current la 50 75 nA MAX Input Voltage Range IVR 10 10 V MIN Common Mode 107 MRR CM Rejection Ratio e lt 20 0 85 20 dE MN Common Mode Rejection i10V Ratio Match R 1002 94 y SEMI Power Supply 15V to 20 PSRR 5 1 Rejection Ratio 9 Rg 20k 69 00 n R 2 10kQ i12 12 L Output Voltage Swing Vo R 22kQ 12 12 V MIN Large Scale Ri 22kQ Voltage Gain 10 109 2n Vn MIN Power Consumption P
10. Guaranteed by input bias current Guaranteed by maximum risetime Guaranteed by minimum slew rate ous OIN 2 514 OPERATIONAL AMPLIFIERS REV B 0P 04 0P 14 ELECTRICAL CHARACTERISTICS Each Amplifier at 15V 0 C T 70 for E 40 to 85 for C and D unless otherwise noted OP 04E OP 14E OP 04C OP MC OP 14D PARAMETER SYMBOL CONDITIONS MIN MIN MIN UNITS Input Offset Voltage Vos Rg lt 200 0 4 1 5 12 3 3 6 mV Average Input Offset 2 8 4 10 8 Voltage Drift Note 1 TCVos Rs 50n 20 e Input Offset Current los 1 10 2 10 10 50 nA Average Input Offset 7 5 120 15 250 70 s Current Drift Note 1 TClos 500 pA C Input Bias Current 30 60 40 100 50 200 nA Input Voltage Range IVR 10 13 10 13 10 13 Common Mode 10 RR 100 95 70 85 Rejection Ratio OM lt 20 0 80 20 gB Power Supply Vg 5V to 20V 1 60 1 1 1 Rejection Ratio FSRR Rs lt 20 0 i 30 07 99 50 Large Signal R z2k 100 25 6 15 25 Voltage Gain 10 50 d Output Voltage Swing Vo gt gt 2 0 12 13 12 13 10 13 V NOTES 1 Sample tested BURN IN CIRCUIT 1 2 of OP 04 OP 14 OFFSET ADJUST CIRCUIT REV B 0 420v 0 20 PIN NUMBERS ARE FOR Y PACKAGE ONLY OPERATIONAL AMPLIFIERS 2 515
11. Input Voltage Range IVR 10 13 10 13 10 13 Common Mode Vom 10 1 95 Rejection Ratio CMRR Rg lt 20kN 92 09 m 85 ap Power Supply Vs 5V to 20V 1 Ex Rejection Ratio rnn Rs 20k 9 09 2190 dd Output Voltage Swing R 22k 12 13 12 13 12 13 Large Signal R z2kn 2i E ER Voltage Gain Avo 10 x0 50 50 Po 25 150 Power Consumption 50 90 50 9 Note 2j 0V 50 90 mw Input Noise Voltage Snp p 0 1Hz to 10Hz 0 65 0 65 0 65 UV p p fg 10Hz 25 25 25 E i pinna seVoltage fo 100Hz z 22 22 nmvA Hz y fo 1000Hz 21 E B 21 21 Input Noise Current 0 1Hz to 10Hz 12 8 ied 12 8 12 8 PAp p 10Hz 14 14 14 tasie 10 100Hz 0 0 7 0 pAA Hz fo 1000Hz o4 0 4 o4 Channel Separation cs 100 100 80 dB Slew Rate Note 1 SR 20 C 100pF 0 25 0 5 0 25 0 5 0 25 0 5 V us Large Signal 22 4 e ex Bandwidth Notes 1 5 Vo 20Vp p 5 6 3 8 Qlosed L5op BW 1 08 13 0 8 13 08 13 MHz Bandwidth Note 4 Ay 1 Vi 50 Risetime Note 1 t nons 260 350 260 350 260 350 ns Ay 7 1 Viy 50mV t Not Bod 10 10 vershoot Note 1 oS 20 C 50pF 5 5 5 10 NOTES Sample tested Power dissipation per amplifier
12. ge 8 Pin Hermetic DIP Z 148 16 CN J K Y and Z Packages 65 C to 150 Hermepe 108 16 65 C to 125 8 Pin Plastic DIP P 103 43 C W Lead Temperature Range Soldering 60 sec 300 C 8 SO S 158 43 CN Operating Temperature Range NOTES A Plain B Suffix 55 C to 125 1 Absolute maximum ratings apply to both DICE and packaged parts unless otherwise noted is specified for worst case mounting conditions i e 9 is specified for device in socket for TO CerDIP and P DIP packages 8i is specified for device soldered to printed circuit board for SO package E Suffix C D Suffix Junction Temperature 0 C to 70 m MATCHING CHARACTERISTICS at Vs 15V TA 25 unless otherwise noted OP 04A OP 04E OP 04 OP 04C OP 14A OP 14E OP 14 OP 14C PARAMETER SYMBOL CONDITIONS MIN MIN UNITS input Offset Volt A set VoRage AVos lt 20k 03 1 1 2 Gommon Mode Rejecil n ACMRR Vom 10V lt 1000 94 106 94 106 dB Ratio Match MATCHING CHARACTERISTICS at V 15V 55 C s T 125 for OP 04A OP 14A OP 04 and 14 0 T s 70 for OP 04E OP 14E 40 C lt T lt 85 for OP 04C and OP 14C unless otherwise noted OP 04A OP 04E OP 04 OP 04C OP 14A OP 14E OP 14 OP 14C PARAMETER SYMBOL CONDITIONS MIN MIN
13. tage Gain Avo 10 100 250 50 200 25 200 V mV Power Consumption Note 2 Vo 0 50 90 50 90 50 90 mw Input Noise Voltage 0 1Hz to 10Hz 0 65 0 65 0 65 HV p p fo 10Hz 25 25 25 Input Noise Volt 9 Howe Voltage n fo 100Hz gt 22 e 22 22 nVA Hz x fo 1000Hz 2 21 21 Input Noise Current inp p 0 1Hz to 10Hz 12 8 12 8 12 8 fo 10Hz 1 4 1 4 1 4 tN t hg Current 2 fo 100Hz 07 0 7 o pAA Hz fo 1000Hz 0 4 0 4 0 4 Channel Separation Cs 100 100 80 dB 2 0 Slew Rate Note 1 SR C 100pF 0 25 0 5 0 25 0 5 0 25 0 5 V us Large Signal H Bandwidth Notes 1 5 Vo 20Vp p 4 P 8 p 8 NA Closed Loop BW A 1 0 10 13 1 0 1 3 1 0 1 3 H Bandwidth Note 4 Nob 2 i i MC Ay 1 Viy 50mV Riseti REY isetime Note 1 te RL 2kf C 50pF 260 350 260 350 260 350 ns Ay7 1 50 Overshoot Note 1 MEL PP 1 vershoot Note 1 205 20 60 5 0 5 10 5 10 ELECTRICAL CHARACTERISTICS Each Amplifier at Vs 15V 55 C lt TA 125 unless otherwise noted OP 04A OP 14A 04 14 04 PARAMETER SYMBOL CONDITIONS MIN UNITS Input Offset Voltage Vos Rs lt 20 0 0 4 1 5 1 2 3 3 6 Average Input Offset

ANALOG DEVICES OP-04/IP-14 handbook

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