JM38510/13501/13502 ULTRA-LOW OFFSET VOLTAGE OPERATIONAL AMPLIFIERS Precision Monolithics Inc FEATURES @ Low Vos ee ee eee wee eee eee eee tetas 25uV @ Low Vog Drift... 6... eee eee ee 0.6nW/C @ Low Noise 2.0.0.0. cee eee 0.6uVp.p Wide Supply Voltage Range ............. +4.5V to +20V ORDERING INFORMATION JAN SLASH SHEET PMI DEVICE JM38510/13501BGC OP07AJ1/38510 JM38510/13501BGA OP07AJ5/38510 JM38510/13501SGA OP07SAJ5/38510 JM385 10/13501BPB OP07AZ2/38510 JM38510/13501BPA OP07AZ5/38510 JM38510/13501SPA OPO07SAZ5/38510 JM385 10/13502BGC OP07J1/38510 JM38510/13502BGA OP07J5/385 10 JM38510/13502SGA OP07SJ5/38510 JM385 10/13502BPB OP0722/38510 JM38510/13502BPA OP07Z5/38510 JM38510/13502SPA OP07SZ5/38510 GENERAL DESCRIPTION This data sheet covers the electrical requirements for a mono- lithic, low offset voltage, internatly-compensated operational amplifier as specified in MIL-M-38510/135 tor device type 01 and 02. Devices supplied to this data sheet are manufactured and tested at PMi's MIL-M-38510 certified facility and are listed in QPL-38510. Complete device requirements will be found in MIL-M-38510 and MIL-M-38510/135 for Class B and Class S processed de- have identical operational performance characteristics across the military temperature range or reliability factors equivalent to the MIL-M-38510 device. MILITARY DEVICE TYPE GENERIC-INDUSTRY TYPE o1 OPO7A 02 OPO? For an 833-processed device with improved electrical speci- fications, review the OP-07 data sheet. PIN CONNECTIONS 8 Vos TRIM Vas TRIM 1 2 Ve -IN 2 6 OUT +N 3 5NC. 8-PIN HERMETIC DIP 4 V~ (CASE) TIN-REFLOW LEAD TYPE TO-99 (22-Suffix) GOLD-PLATE LEAD TYPE SOLDER-DIPPED (J1-Suffix) LEAD TYPE SOLDER-DIPPED LEAD TYPE (Z5-Suffix) (J5-Suffix) POWER AND THERMAL CHARACTERISTICS : Case Maximum Allowable Maximum Maximum VICES. Outline Package Power Dissipation 65 On GENERIC CROSS-REFERENCE INFORMATION P Dual-in-Line 208mMW @ Ta= 125C 50C/W 120C /W This cross-reference information is presented for the con- G 8-Lead CAN 167MW@Ta= 125C 40C/W 150C/W venience of the user. The generic-industry types listed may not SIMPLIFIED SCHEMATIC V+ O 7 RRA (OPTIONAL R26 b NULL} C1 q AT NOTE: 1 8 > R2A AND R2B ARE 6 AIA RIB ELECTRONICALLY 4 ADJUSTED ON CHIP ) o { | AT FACTORY. Kos | a1 au a12 Ro di OUTPUT _ VE 6 NON- 27 c3 2 av wspnms Be or O26 Q15 INPUT NS 026 {rina a18 YY 8 5-598 8/89, Rev. A3 PMD ABSOLUTE MAXIMUM RATINGS Supply Voltage (Voc) oc ccc cee ee eee eee ee +22V nput Voltage Range (Vin) .. 0... cee cee eee eee tVec Differential Input Voltage Range ................65- +30V DSutput Short-Circuit Duration (Note 1) -ead Temperature (Soldering, 60 sec) ..........., +300C 3torage Temperature Range ............. -65C to + 150C Junction Temperature (Tj)... 0... cee eee eee + 150C vlaximum Power Dissipation (Pp) (Note 2) ........ 500mW 1OTES: . Output may be shorted to ground indefinitely at Vs = +15V, Ta = 25C. Temperature and/or supply voltages must be limited to ensure dissipation JM38510/13501/13502 ULTRA-LOW OFFSET VOLTAGE OPERATIONAL AMPLIFIERS RECOMMENDED OPERATING CONDITIONS Supply Voltage Range ...............0.00. 4.5V to +20V Ambient Temperature Range...... Lae -58C to + 125C rating is not exceeded. Maximum power dissipation versus ambient temperature. ILECTRICAL CHARACTERISTICS at +4.5V <= Veco = =20V and 55C < Ta< 125C, Rg = 5012 unnulled, unless otherwise noted. 01 LIMITS 02 LIMITS 'ARAMETER SYMBOL CONDITIONS MIN MAX MIN MAX UNITS Ta = 25C 25 25 -75 75 it Offset Vol v Notes 1.2 aput Offset Voltage 10 (Notes 1, 2) 60 60 ~200 200 uv yput Offset Voltage Vi9/ AT Note 1 -0.6 0.6 -1. 1. Temperature Sensitivity Mo (Note 1) 3 3 ave Ta = 25C -2 2 -3 3 + N 1 lip (Note 1} ~4 4 -6 6 iput Bias Current = nA Ty = 25C -2 2 -3 3 ~ Note 1 lie (Note 1) ~4 4 -6 6 Ty = 26C -2 2 -2.8 2.8 it Offset I Note 1 iput Offset Current 10 (Note 1) -4 4 56 56 nA +Veg = 20V to SV, - Veg = -15V +PSRA 1 - 8 Ty = 25C 8 %0 +Veg = 15V. -Voc = ~20V to ~5V -PSRAR _ 10 _ Ta = 25C 10 ower Supply Rejection Ratio +PSRR +Vcc = 20V to BV. Veg = 15V _- 20 _ 20 uviV -PSRR +Voc = 15V. Veg = -20V to ~5V - 20 _ 20 Veco = 4.5V to +20V cc weno - 10 10 PSRR Ta= 26C Voc = 4.5V to +20V _ 20 _ 20 IOTES: . Tested at Vow = 0. Veo = 15V. Due to the inherent warm-up drift, testing shall occur no sooner than three {3) minutes after application of power. 5-599 8/89, Rev. A3 SI OPERATIONAL AMPLIFIERS / BUFFERS JM38510/13501/13502 ULTRA-LOW OFFSET VOLTAGE OPERATIONAL AMPLIFIERS ELECTRICAL CHARACTERISTICS at +4.5V < V,.. < +20V and -55C <T, < +125C, R, = 502 unnulled, unless otherwise c noted. Continued 01 LIMITS 02 LIMITS PARAMETER SYMBOL CONDITIONS MIN MAX MiN MAX UNITS Vey = t18V,T, = +25C, VV. = t15V 410 ~ 110 ~ . i i cM TA "oc Commion-Mode Rejection Ratio CMRR Ve m= #130, Veg = H15V 106 406 _ dB VoAdi(4) Ty = 425C (Note 1) 05 - 08 7 for | Off !0 A Adjustment for Input Offset Vig Adi (-) T, = +25C (Note 1) _ 05 _ 05 mV T, = 428C, +125C. -65 ~- -65 - A . loses) {<25ms (Notes 1, 3) T = -55C -70 _ -70 _ Output Short-Circuit Current mA T, = +25C, +126C ~- 65 - 65 A . lose) 1<25ms (Notes 1, 3) T, =-55C _ 70 . 70 T, = +25C - 4 - 4 A Supply Current lee (Note 1) _ 5 _ 5 mA . A R, = 1kQ (Note 1) ~10 10 -10 10 . Vv L Output Voltage Swing (Minimum) oP R, = 2ka2 (Note 1) ~12 42 12 12 v Open-Loop Voltage Gain T, = +25C 300 - 200 - A 5 a Vimv Single-Ended) v (Notes 1, 2) 200 - 150 - Slew Rate SR(+), SR(-) Vin = 10V, Th = +25C, (Note 1) 0.08 - 0.08 - Vips fg = 10Hz - 18 - 18 a Input Noise Voltage Density e, fg = 100Hz,T, = +25C (Nate 1) - 14 ~ 14 nV!/Hz fo= tkHz ~ 12 - 12 Low Frequency Input Noise f=0. = 25% = - Vortage pp 0.1Hz to 10Hz, T, 25C, (Note 1) 06 06 Wey NOTES: 1. Tested al Vom =0, Voc = t15V. and Vg 47 = 0 to -10V far A 2.V =010+10ViorA out VS(4) VS(-) R, = 2ka2. 3. Continuous short-circuit limits are considerably less than the indicated test lim- iis, ssnce maximum power dissipation cannot be exceeded. 5-600 8/89, Rev. A: