ANALOG DEVICES Dual Precision JFET-Input Operational Amplifier OP-215 REV. B 1.0 1.2 1.2.3 1.3 SCOPE This specification covers the detail requirements for a dual precision JFET input operational amplifier. It is highly recommended that this data sheet be used as a baseline for new military or aerospace spec control drawings. Part Number. The complete part numbers per Table | of this specification follow: Device Part Number Package A OP-215AJ/883 J B OP-215BJ/883 J Cc OP-215CJ/883 J A OP-215A2/883 Z B OP-215B2Z/883 Z Cc OP-215C 2/883 Z B OP-215BRC/883 RC Case Outline. Letter Case Outline (Lead finish per MIL-M-38510) J 8-lead metal can (TO-99) Z 8-lead ceramic dual-in-line package (CERDIP) RC 20-contact hermetic leadless chip carrier (LCC) Absolute Maximum Ratings. (T, = 25C, unless otherwise noted) Supply Voltage OP-215A, OP-215B oo... eeecscssssceccececeecsceseessenenecececceceeeatateceaeedecssessense +22V OP-215C vccccssssscscessssscssresssaccarsssssssceseseeaeeneatessesseaesneassaenaesensesassaceessorsuesseaeeceeetarsateas +18V Power Dissipation soeoneneeseeececccatenseceaceaesasenenenscaeeaceaenauacenenecenseceecententssateansecensnenas 500mWw Differential Input Voltage OP-215A, OP-215B qu... eeeeecseeseeeeeeeereeeeteneeseeeeeneneeeaee +40V OP-215C oe cececcescsesesesesesesensesceceneceessececeeeeeasesetatarersesesesessssasaceceseeeeneesesssseeeseseseeteeseetes +30V Input Voltage (Note 1) OP-215A, OP-21 5B... eee ceeeeeceeeeeneceteeeseaserseseesenenneenseeas +20V OP-215C .iiccccccsstsssessessssessesseseeesecsscssceesessessussessscucecesesesesceesecsaceassesescenspenecseneccereadeaaeas t16V Output Short-Circuit Duration ...... eee eeseeseeeeeseeeeeeeceeseceeeesenecessanseeeeaeeneeateevans Indefinite Operating Temperature Range ..............:secccsceseescescessseseeesseseensseenecceeteees -55C to +125C Storage Temperature Range..........-..sccsesecseeescesseetseseerseessorseeeseesceeveesaeseeses -65C to +150C Lead Temperature (Soldering, 60 S@C).............:.:::sscsseessesscersessecrssecncsensseeseseneesnten +300C Maximum Junction Temperature (T )srseecsseessseersseerssessseessseccsneessnecsasensnucsanessnsreateseas +150C NOTES: 1. Unless otherwise specified, the absolute maximum negative input voltage is equal to the negative power supply voltages. OPERATIONAL AMPLIFIERS 12-235 OPERATIONAL AMPLIFIERS A i)OP-215 1.5 Thermal Characteristics: Thermal Resistance, TO-99 (J) package: Junction-to-Case (6 y5) = 45C/AW MAX Junction-to-Ambient (8 ya) = 150C/W MAX Thermal Resistance, CERDIP (Z) package: Junction-to-Case (8 IC) = 26 C/W MAX Junction-to Ambient ( ),) = 119C/W MAX Thermal Resistance, LCC (RC) package: Junction-to-Case (8 ),) = 35C/W MAX Junction-to Ambient (8 ja) = 110C/W MAX 12-236 OPERATIONAL AMPLIFIERS REV. BOP-215 TABLE 1 Vg = 15V; Rg = 500; Vogy = OV; Ta = 25C unless otherwise specified. OP-2 15/883 LIMITS A LIMITS B Characteristics Symbol Special Conditions Min Max Min Max Units Input Offset Vos ~ 1.0 - 2.0 mV Voltage 55C < Tp < +125C ~ 2.0 - 3.0 mV Input Offset log Ty= +25C - 50 - 50 pA Current Ty= +125C - 8 - 8 nA Input Bias lp Ty= +25C - +100 - +200 pA Current Ty = 4125C - +10 - +10 nA Large-Signal Vo = 410V,R) > 2ka 150 - 75 - Vimv Voltage Gain Avg Vo = 210V, Ry > 2kn 30: - 30 - VimV 55C <Ty < +125C Output Voltage Re > 2kn +11.0 - +11.0 - Vv Swing Yo Ry = 10ke +12.0 _ +12.0 - Vv 55C <T, < +125C Supply Current ley Vo = 0V - 8.5 ~ 8.5 mA Power Dissipation Py Vo = OV - 255 -~ 255 mw Slew Rate SR Aven = +1 10.0 -- 7.5 ~ Vins Ry 2 2ka, Cy = 100pF Common-Mode Vom = IVR = +10.2V 86 ~ 86 - dB Rejection CMR Vom = IVR = 10.2V 82 ~ 82 - dB 5C< Tas +125C Power Supply Vg = 10V to t16V - $1 - 80 uVNV Rejection Ratio PSRR Vg = 10V to 216V - 100 - 100 BV 55C < Tas +125C REV. B OPERATIONAL AMPLIFIERS 12-237OP-215 TABLE 1 (Continued Vs = 15V; Rg = 500; Vom = OV; Ta, = 25C unless otherwise specified. OP-215/883 LIMITS A LIMITS B Characteristics Symbol Special Conditions Min Max Min Max Units Input Voltage IVR +10.2 - +10.2 - Vv Range (Note 1) 55C < Ty < +125C +10.2 - 10.2 ~ Vv Gain Bandwidth GBW fg = 87.5kHz 3.5 _ 3.5 - MHz Product NOTES: 1. IVR is defined as the Vom range used for the CMR test. 12-238 OPERATIONAL AMPLIFIERS REV. BOP-215 TABLE 1 (Continued) Vg =+15V; Rg = 500; Vom = OV; Tp = 25C unless otherwise specified. OP-215/883 LIMITS C Characteristics Symbol Special Conditions Min Max Units Input Offset Vos - 4.0 mV Voltage 55C <T, < +125C - 6.0 mV Input Offset los Ty =+25C - 100 pA Current TF +125C - 12 nA Input Bias Ip Ty=+25C - #300 pA Current Ty =+125C - +15 nA Large-Signal Vg = #10V, Ry > 2ka 50 - Vimv Voltage Gain Avo Vo = #10V, Ry, > 2kn 25 - Vimv -55C< Tax 25C Output Voltage Ry 2 2ka +11 - Vv Swing Vo AL > 10ka +12 - Vv 55C < Tp < +125C Supply Current Igy Vo = OV - 10 mA Power Dissipation Pa Vo =0V - 300 mw Stew Rate SR Avot = +1 5.0 -_ Vips R, = 2ka, C, = 100pF Common-Mode Vom = IVR = 10.1V 82 ~ dB Rejection CMR Vow = VR = 210.1V 80 - dB 55C < Ta < +125C Power Supply Vg = +10V to +16V ~ 100 uV/V Rejection Ratio PSRR Vg = +10V to t15V -~ 126 uVNV 55C <T, < +125C REV. B OPERATIONAL AMPLIFIERS 12-239 ed OPERATIONAL AMPLIFIERS 8OP-215 TABLE 1 (Continued) Vg =215V; Rg = 500; Vom = 0V; Ta = 25C unless otherwise specified. OP-215/883 LIMITS C Characteristics Symbol Special Conditions Min Max Units Input Voltage IVR - +101 v Range (Note 1) 55C < Ty < +125C - 10.41 Vv Gain Bandwidth GBW fo = 75kHz 3.0 - MHz Product NOTES: 1. IVR ia defined as the Vom range used for the CMR test. TABLE 2 OP-215/883 Electrical Test Requirements For Class B Devices MIL-STD-883 Subgroups (see Table 3) Test Requirements Interim Electrical 1 Parameters (pre Burn-in) Final Electrical Test 1*, 2,3, 4, 5,6 Parameters Group A Test Requirements 1, 2, 3, 4, 5, 6,7 * PDA applies to Subgroup 1 only. No other Subgroups are included in PDA. Vos is excluded from PDA for OP-215A and OP-215B grade product. 12-240 OPERATIONAL AMPLIFIERS REV. BOP-215 TABLE 3 Group A Inspection Vg = 15V; Rg = 500; Vang = OV; T, = T, unless otherwise specified. OP-215/883 LIMITS A LIMITS B Subgroup Symbol Special Conditions Min Max Min Max Units Subgroup 1 Vos - 1.0 - 2.0 mV lp - +100 ~- +200 pA Isy ~ 8.5 - 8.5 mA CMR Vom = 210.2 86 - 86 ~ dB PSRR Vg = 110V, +16V - 51 ~ 80 nV Subgroup 2 Vos - 2.0 _ 3.0 mV Ta =+125C los - 8 - 8 nA ip - 10 - #10 nA PSRR Vg =+10V, +16V - 100 - 100 uVNV Subgroup 3 Vos - 2.0 - 3.0 mV Ta = -55C CMR Vom = 10.2 82 - 82 ~ dB PSRR Vg = 10V, +16V - 100 - 100 VV Subgroup 4 Vo R, = 2ka +11 - +11 - V Ty =+25C Avo Vo = 10V, Ry = 2kn 150 - 75 - Vimv Subgroup 5 Vo Ry = 10kn 12 ~ +12 - Vv Ta= +125C Avo Vo = #10V, Ry = 2ka 30 - 30 - Vimv REV. B OPERATIONAL AMPLIFIERS 12-2417 OPERATIONAL AMPLIFIERS AOP-215 TABLE 3 Group A Inspection (Continued) Vs =+15V; Rg = 500; Vom = OV; Ta = Ty unless otherwise specified. OP-215/883 LIMITS A LIMITS B Subgroup Symbol Special Conditions Min Max Min Max Units Subgroup 6 All Tests, Limits and Conditions are the same as for Subgroup 5. Ty =-55C Subgroup 7 SR Avec =+1 10.0 - 7.5 - V/s R, = 2kn, C) = 100pF Ta = 425C GBW fo = 87.5kHz 3.5 - 3.5 ~ MHz 12-242 OPERATIONAL AMPLIFIERS REV. BOP-215 TABLE 3 Group A Inspection (Continued) Vg = 215V; Rg = 50; Vogy = OV: Ta =T J unless otherwise specified. OP-2 15/883 . LIMITS C Subgroup Symbol Special Conditions Min Max Units Subgroup 1 Vos - 4.0 mV Ta= +25C los ~ 100 pA Ip - +300 pA Igy Yo =0V - 10 mA CMR Voy = #10.1V 82 - dB PSRR Vg = +10V, +15V - 100 BVIV Subgroup 2 Vos - 6.0 mV Ty, =+125C log - 12 nA Ig - +15 nA CMR Vow = 210.1V 80 - dB PSRR Vg = 10V, t15V - 126 uVN Subgroup 3 Vos - 6.0 mV Ty = -55C CMR Vom = +10.1V 80 - dB PSRR Vg =+410V, +15V - 126 uV/V Subgroup 4 Vo RL = 2kn +11 - v Ty =+25C Avo Vg = 10V, Ry = 2kn 50 - Vimv Subgroup 5 Vo Ry, = 10ke 412 ~ Vv Tp = +125C Avo Vo = +10V, Re = 2kn 25 - V/mV REV. B OPERATIONAL AMPLIFIERS 12-243 OPERATIONAL AMPLIFIERS = |OP-215 TABLE 3 Group A Inspection (Continued) Vg = 15V; Rg = 500; Vegg = OV; Ta = Ty unless otherwise specified. OP-215/883 LIMITS C Subgroup Symbol Special Conditions Min Max Units Subgroup 6 All Tests, Limits and Conditions are the same as for Subgroup 5. Ta =-55C Subgroup 7 SR Avo = +1 5.0 - Vins R, = 2k, CL = 100pF Ta = +25C GBW fo = 75kHz 3.0 - MHz 12-244 OPERATIONAL AMPLIFIERS REV. BOP-215 | REV. B 3.2.1 Simplified Schematic and Pin Connections. (1/2 OP-215) vt = o- *NOTE aS 8 O18 R?, RB ARE ELECTRONICALLY ADJUSTED RBt R7 ON CHIP FOR MINIMUM OF FSET VOLTAGE a6 NULL vs | 7 NULL QF R3 RI a8 a22 Jt J2 NONINV ervey CL INPUT+ INPUT 2 OUTPUT Smo V+ (A) & V+ (B) INTER- NALLY CONNECTED. LCC PACKAGE (RC-Suftix) 3.2.4 4.2 Life Test/Burn-In Circuit. +15V 100k $2 20092 TODKS2 NOTES 1. Ty = 125C TO +150C 2 RESISTORS ARE TYPE RNSSD. +1'% -16V (J" AND 2 PACKAGES ONLY) OUT (A) 1 -IN (A) 2 +IN (A} 3 [A AX 8-PIN HERMETIC DIP (Z-Suffix) TO-99 (J-Suftfix) Microcircuit Group Assignment. This microcircuit is covered by microcircuit group 49. WOK? +15V yKE AA WwW 10k AAA Aad 10k12 forme |v WY OP-215 4 10k ny (8) AA 6 7 - Vv ("RC PACKAGE) OPERATIONAL AMPLIFIERS 12-245 OPERATIONAL AMPLIFIERS a