Precision Monolithics Inc. JM38510/13503 LOW- NOISE PRECISION OPERATIONAL AMPLIFIER temperature range or reliability factors equivalent to the MIL-M- 38510 device. MILITARY DEVICE TYPE GENERIC-INDUSTRY TYPE 03 OP27A For an 833-processed clevice with improved electrical speci- fications, review the OP-27 data sheet. PIN CONNECTIONS FEATURES @ LOW Vag... ce cece te eee e tenes 25uV Low Vos Drift... 2... eee 0.6uW/C High Speed ...... 0... cece ces 1.7V/us @ Low Noise ...... 0.0... cece eee 0.18u.Vp-5 @ High Gain 2.0... cece eee 1.0 Million @ Wide Supply Voltage Range ............ +4.5V to + 18V ORDERING INFORMATION JAN SLASH SHEET PMI DEVICE JM38510/13503BGC OP27AJ1/38510 JM385 10/13503BGA OP27AJ5/38510 JM385 10/13503SGA OP27SAJ5/38510 JM385 10/13503BPB OP27AZ2/38510 JM385 10/13503BPA OP27AZ5/38510 JM385 10/13503SPA OP27SAJ5/38510 GENERAL DESCRIPTION This data sheet covers the electrical requirements for a mono- lithic, low offset voltage, internally-compensated operational amplifier as specified in MIL-M-38510/135 for device type 03. 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- vices. GENERIC CROSS-REFERENCE INFORMATION a Vos TRIM Vos TRIM 1 7 Ve fog TRIM IN 2 6 OUT ]out N.C S +iN 3 BNC. 4 V (CASE) 8-PIN HERMETIC DIP TO-99 TIN REFLOW LEAD TYPE GOLD PLATE LEAD TYPE (22-Suttix) (J1-Suffix) SOLDER DIPPED SOLDER DIPPED LEAD TYPE LEAD TYPE (25-Suttix) (J5-Suttix) POWER AND THERMAL CHARACTERISTICS Case Outline Maximum Allowable Maximum Maximum Package Power Dissipation Bic Gua . i, . P Dual-In-Line 208mW @ T,= 125C 50C/W 120C/W This cross-reference information is presented for the convience @'s of the user. The generic-industry types listed may not have iden- G 8-Lead CAN 167mMW @T,y= 125C 40C/W 150C/W tical operational performance characteristics across the military SIMPLIFIED SCHEMATIC Ot a6 Q46 OUTPUT INVERTING INPUT (+) INVERTING a3 (INPUT {-) oe * R1& R2 ARE PERMANENTLY ADJUSTED AT WAFER TEST. O45 5-601 8/89, Rev. A3 OPERATIONAL AMPLIFIERS/ BUFFERS [PMD JM38510/13503 LOW-NOISE PRECISION OPERATIONAL AMPLIFIER ABSOLUTE MAXIMUM RATINGS RECOMMENDED OPERATING CONDITIONS Supply Voltage (Voce) oo. e ec eeceene eee tee +22V Supply Voltage Range ................004- +4.5V to +18V Input Voltage Range (Vin) ..... Denne eee ec ee eens +Voc Ambient Temperature Range........ 2... 65C to +126C Differential Input Voltage Range ..............-00 ee +0.7V Output Short-Circuit Duration (Note 1) Lead Temperature (Soldering, 60 sec) ............ +300C Storage Temperature Range ............. ~65C to + 150C Junction Temperature (Ty)... 0.6.6... e cece ee eee +150C Maximum Power Dissipation (Pp) (Note 2) ........ 500m WwW NOTES: 1. Output may be shorted to ground indefinitely at Vs = +15V, Ty = 25C. Temperature and/or supply voltages must be limited to ensure dissipation rating is not exceeded. . Maximum power dissipation versus ambient temperature. ELECTRICAL CHARACTERISTICS at +4.5V < Voc <+20V and 55C <= Ta < 125C, Rg= 502 unnulled, unless otherwise noted. 03 LIMITS PARAMETER SYMBOL CONDITIONS MIN MAX UNITS Ta = 25C -25 25 Input Offset Voltage Vv Notes 1, 2 p 9g 10 ( ) -60 60 wy input Offset Voltage AV, T e1 - ye Temperature Sensitivity io/ 3 (Note 1) 0.6 06 eveG Ta = 25 - tig A= 25C Note 1) * a0 Input Bias Current nA Ty = 25C . lip A (Note 1) 40 40 -60 60 Ta = 25C -35 35 Input Offset Current | Note 1 pi 10 ( ) 50 50 na +Vec = 18V to BY, -Vog = -15V + PSRR Ta = 26C 10 _ +Voc = 15V, ~Vec = -18V to ~5V PSRR Th, 25C - 10 Power Supply Rejection Ratio +PSRR +Vec = 18V to SV, ~Vog = 18 - 16 nv PSRR +Vec = 18V, -Vec = 18V to -5V 16 cc cc Voc = 4.5V to +18 10 PSRR Ta ~ 26C ~ Voc = 24.5V to + 18V 16 NOTES: 1. Tested at Voy = 9, Vog = +15V. 2. Due to the inherent warm-up drift, testing shall occur no sooner than three (3) minutes after apptication of power. 5-602 8/89, Rev. A3 JM38510/13503 LOW-NOISE PRECISION OPERATIONAL AMPLIFIER ELECTRICAL CHARACTERISTICS at +4.5V < V.,, < +20V and -55C < T, <+125C, Rg = 50Q unnulled, unless otherwise noted. Continued co mt 03 LIMITS PARAMETER SYMBOL CONDITIONS MIN MAX UNITS VA. =211V,T, = +25C, V.. = t15V 114 _ Common-Mode Rejection Ratio = CMAR oma Ett, Ty = 42 ce dB Vom=tlOV, Veg = t15V 108 _ . Vi, Adj (+) T, = +25C, (Note 1} 0.5 A Adjustment for Input Offset Vig Adi (-) T,, = +25C, (Note 1} _ 05 mV oe | ts 25ms, (Notes 1,3) -70 _ - OS(+) Output Short-Circuit Current osc 1 $25ms, (Notes 1,3} _ 70 mA Supply Current bee Ty = 25C (Note 1) ~ mA | a R, = 6002, (Note 1) 10 10 L Output Voltage Swing (Minimum) Vo, Ry = 2k02, (Note 1) -11.5 15 v Open Loop Voltage Gain Ty = +25C 4030 _ Not (Single Ended) Avs (Note 2} 620 ~ Vie Siew Rate SR(+), SR(-) Vin = 10V, T, = +25C, (Note 1) 17 _ Vins lo = 10HZ _ 55 Input Noise Voitage Density e, fg=100Hz TA = +25C, (Note1) _ 4.0 nviv Hz fo = 1kHz _ 3.8 Low Frequency Input Noise f = 0.1Hz to 10Hz Voltage np-p T, = #25C, (Note 1} _ 0.18 Wy fo = 10Hz _ 5.66 Input Noise Current Density i, fo =100Hz TA =+25C, (Note1) _ 1.88 pA/ Hz fo = 1kHZ _ 0.84 {OTES: . Tested at V Lv, om =O Veg =L15V. ouT =01o +10 for Ayg(+) and Vout = 0 to-10V for Ayg(-). R = 2,0002. 4. Continuous short-circuit limits are considerably; less than the indicated test limits, since maximum power dissipation cannot be exceeded. 5-603 8/89, Rev. A3 Hl OPERATIONAL AMPLIFIERS/BUFFERS