AD381 AD | Alldatasheet
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Cy auios High Speed, Low Drift DEVICES FET Operational Amplifier 1.1 Scope. This specification covers the device requirements for a high speed, low drift FET input operational amplifier. 1.2 Part Number. The complete part number per Table 1 of this specification is as follows: Device Part Number -1 AD380SH/883B -2 AD381SH/883B -3 AD382SH/883B 1.2.3 Case Outline. See Appendix 1 of General Specification ADI-H-1000: package outline: Device Package . -1 H-12A -2 H-08B -3 H-12A 1.3 Absolute Maximum Ratings. (T,= +25°C unless otherwise noted) Positive Supply Voltage... 6. ee +18V Negative Supply Voltage... 2-2 eee eee eet ts —18V Input Signal... ee tee eee EVs Differential Input Signal . 2... ee ee +2 x Vs Output Short Circuit Current to Ground (Device —1,3) -- +. 02 ee eee 80mA Continuous Output Short Circuit Current to Ground (Device —-2) . 6-2 eee eres 20mA Continuous Junction Temperature... 2 ee ets +175°C Storage Temperature Range... 2. ee tte -65°C to + 150°C Lead Temperature (Soldering 10sec)... - ++ eer rere ts +300°C 1.5 Thermal Characteristics. Thermal Resistance jc = 70°C/W for H-12A 6j4 = 100°C/W for H-12A jc = 40°C/W for H-08B 8a = 150°C/W for H-08B REV. C 881
AD380/AD381/AD382 — SPECIFICATIONS Limit Test Symbol @+25°C TestCondition' _| Units SpatopGae Ror [=t | 0000 [#000 [Noted vivian] [=r 25,000 [|] 2s,000_| es vv nin] [=2_ [100,000 | | fi00,000| ote] vv min [-3 [150,000 [7 [150,000] Noes [VV min | Gain Bandwidth Product GBP [20 | | | 200__—‘[ f= 60k Fz, Co= pF | MHzmin ee ee oe a ree es ee a Output Voltage Swing ovs [-1 | 2 10 +Vmin =>] pa Bee a Input Offset Voltage Voste [1 [ 30 ~[ fo | | + nVPC max % Tenpentire [23 | ro Output ShortCircuit Current | Ise ES Short Circuit +--+ 43 —— ee ee a 7 ee | a —-—- | — e ae poe t09 00] pO 3 0000] [TapuOfieiGunen | tos [ns [sf | |} aoe] [ common: Made Rangs [Vor [=1.2.3.[ 10 |} |) |] Vm] Ratio a ee ee A poe [Ee a [232 Fin eS [weencwren Ds ee [-23 [6s NOTES 'Ta = +25°C, Vs = +15V, unless otherwise specified. Vour = +10V to 0V 2000 load, Vour = OV to —10V 2000 load. Vout = +10V to OV 2k load, Vour = OV to —10V 2k load. *Vour = +10V to 0V 10kN load, Vour = OV to —10V 10k load. Table 1. REV. C 882
3.2.1 Functional Block Diagram and Terminal Assignments. ~ Top View TAB . NC NC ve Nc @ OG eae o Q 6 6% ome ® ® nO INVERTING D . INVERTING INVERTING at OT | >—Oapr ae" @ @ourrut ware © our OPA MEROL a rome Gy Ome 20k02 102 a 20k. TS (0) +Vs (4) -Vs “Vs Device -1 Device —2 ' Device -3 3.2.4 Microcircuit Technology Group. This microcircuit is covered by technology group (1). 4.2.1 Life Test/Burn-In Circuit. Steady state life test is per MIL-STD-883 Method 1005. Burn-in is per MIL-STD-883 Method 1015 test condition (B). ; O~ ® | | 6) 5 © > © Ko G) ® @) owe b © t © oO® - 15V - iv Device —2 Device —1 or -3 : REV. C 883