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original creation date: 06/30/95 last update date: 03/23/00 last major revision date: 02/29/00 mnlm118-x rev 0a0 microcircuit data sheet operational amplifier general description the lm118 is a precision high speed operational amplifier designed for applications requiring wide bandwith and high slew rate. it features a factor of ten increase in speed over general purpose devices without sacrificing dc performance. the lm118 has internal unity gain frequency compensation. this considerably simplifies its application since no external components are necessary for operation. however, unlike most internally compensated amplifiers, external frequency compensation may be added for optimum performance. for inverting applications, feedforward compensation will boost the slew rate to over 150v/us and almost double the bandwidth. overcompensation can be used with the amplifier for greater stability when maximum bandwidth is not needed. further, a single capacitor can be added to reduce the 0.1% settling time to under 1us. the high speed and fast settling time of these op amps make them useful in a/d converters, oscillators, active filters, sample and hold circuits, or general purpose amplifiers. this devices is easy to apply and offers an order of magnitude better ac performance than industry standards such as the lm709. ns part numbers lm118h/883 lm118j-8/883 lm118j/883 lm118wg/883 industry part number lm118 prime die lm118 processing mil-std-883, method 5004 quality conformance inspection mil-std-883, method 5005 subgrp description temp ( c) o 1 static tests at +25 2 static tests at +125 3 static tests at -55 4 dynamic tests at +25 5 dynamic tests at +125 6 dynamic tests at -55 7 functional tests at +25 8a functional tests at +125 8b functional tests at -55 9 switching tests at +25 10 switching tests at +125 11 switching tests at -55 1
microcircuit data sheet mnlm118-x rev 0a0 features - 15 mhz small signal bandwidth - guaranteed 50v/us slew rate - maximum bias current of 250na - operates from supplies of +5v to +20v - internal frequency compensation - input and output overload protected - pin compatible with general purpose op amps 2
microcircuit data sheet mnlm118-x rev 0a0 (absolute maximum ratings) (note 1) supply voltage +20v power dissipation (note 2) 750mw metal can pkg 1000mw j-8 pkg 1250mw j-14 pkg 600mw ceramic soic differential input current (note 3) +10ma input voltage (note 4) +15v output short-circuit duration continuous operating temperature range -55 c to +125 c thermal resistance thetaja 160 c/w metal can pkg (still air @ 0.5w) 86 c/w (500lf/min air flow @ 0.5w) 120 c/w j-8 pkg (still air @ 0.5w) 66 c/w (500lf/min air flow @ 0.5w) 87 c/w j-14 pkg (still air @ 0.5w) 51 c/w (500lf/min air flow @ 0.5w) 198 c/w ceramic soic (still air @ 0.5w) 124 c/w (500lf/min air flow @ 0.5w) thetajc 48 c/w metal can pkg 17 c/w j-8 pkg 17 c/w j-14 pkg 22 c/w ceramic soic storage temperature range -65 c to +150 c lead temperature 300 c (soldering, 10 seconds) esd tolerance (note 5) 2000v note 1: absolute maximum ratings indicate limits beyond which damage to the device may occur. operating ratings indicate conditions for which the device is functional, but do not guaranteed specific performance limits. for guaranteed specifications and test conditions, see the electrical characteristics. the guaranteed specifications apply only for the test conditions listed. some performance characteristics may degrade when the device is not operated under the listed test conditions. note 2: the maximum power dissipation must be derated at elevated temperatures and is dictated by tjmax (maximum junction temperature), thetaja (package junction to ambient thermal resistance), and ta (ambient temperature). the maximum allowable power dissipation at any temperature is pdmax = (tjmax - ta)/thetaja or the number given in the absolute maximum ratings, whichever is lower. note 3: the inputs are shunted with back-to-back diodes for overvoltage protection. therefore, excessive current will flow if a differential input voltage in excess of 1v is applied between the inputs unless some limiting resistance is used. note 4: for supply voltages less than +15v, the absolute maximum input voltage is equal to the supply voltage. note 5: human body model, 1.5k ohms in series with 100pf. 3
mnlm118-x rev 0a0 microcircuit data sheet electrical characteristics dc parameters (the following conditions apply to all the following parameters, unless otherwise specified.) dc: vcc = +15v, vcm = 0 symbol parameter conditions notes pin- name min max unit sub- groups vio input offset voltage vcm = +11.5v, rs=50 ohms -4 +4 mv 1 -6 +6 mv 2, 3 vcc = +20v, rs=50 ohms -4 +4 mv 1 -6 +6 mv 2, 3 vcc = +20v, vcm = +15v, rs=50 ohms -4 +4 mv 1 -6 +6 mv 2, 3 vcc = +5v, rs=50 ohms -4 +4 mv 1 -6 +6 mv 2, 3 iio input offset current vcm = +11.5v, rs=10k ohms -50 +50 na 1 -100 +100 na 2, 3 vcc = +20v, rs=10k ohms -50 +50 na 1 -100 +100 na 2, 3 vcc = +5v, rs=10k ohms -50 +50 na 1 -100 +100 na 2, 3 iib input bias current vcm = +11.5v, rs=10k ohms 1 250 na 1 1 500 na 2, 3 vcc = +20v, rs=10k ohms 1 250 na 1 1 500 na 2, 3 vcc = +5v, rs=10k ohms 1 250 na 1 1 500 na 2, 3 psrr power supply rejection ratio +vcc = 20v to 5v, rs=50 ohms 70 db 1, 2, 3 -vcc = -20v to -5v, rs=50 ohms 70 db 1, 2, 3 cmrr common mode rejection ratio vcc = +15v, vcm = +11.5v, rs=50 ohms 80 db 1, 2, 3 ios+ short circuit current t<25ms -65 -5 ma 1, 2, 3 ios- short circuit current t<25ms 5 65 ma 1, 2 580ma3 4
mnlm118-x rev 0a0 microcircuit data sheet electrical characteristics dc parameters(continued) (the following conditions apply to all the following parameters, unless otherwise specified.) dc: vcc = +15v, vcm = 0 symbol parameter conditions notes pin- name min max unit sub- groups icc power supply current vcc = +20v 8ma1 7ma2 11 ma 3 vioadj input offset voltage adjust vcc = +20v 4-4mv1 rin input resistance 2 1 mohms 1 vin input voltage range vcc = +15v 1 -11.5 +11.5 v 1, 2, 3 avs large signal voltage gain rl=2k ohms, vo=0 to -10v 3 50 v/mv 4 3 25 v/mv 5, 6 rl=2k ohms, vo=0 to +10v 3 50 v/mv 4 3 25 v/mv 5, 6 vout output voltage swing rl=2k ohms +12 -12 v 4, 5, 6 ac parameters (the following conditions apply to all the following parameters, unless otherwise specified.) ac: vcc = +15v, vcm = 0, rs = 0, rl = 2k ohms, cl = 33pf sr slew rate vcc = +20v, vin = -5v to +5v, av=1 4 50 v/us 7 vcc = +20v, vin = +5v to -5v, av=1 4 50 v/us 7 note 1: guaranteed by cmrr. note 2: guaranteed parameter not tested. note 3: datalog in k = v/mv note 4: bench tested use tdn 25256223 5
microcircuit data sheet mnlm118-x rev 0a0 graphics and diagrams graphics# description 05482hra1 10ld cerpack, 10ld ceramic soic (b/i ckt) 09556hr02 cerdip (j14), cerdip (j8) (b/i ckt) 09557hra4 metal can (h), to-99, 8ld, .200 dia p.c. (b/i ckt) h08crf metal can (h), to-99, 8ld, .200 dia p.c. (p/p dwg) j08arl cerdip (j), 8 lead (p/p dwg) j14arh cerdip (j), 14 lead (p/p dwg) p000268a metal can (h), 8 lead (pinout) p000315a cerdip (j), 8 lead (pinout) p000316a cerdip (j), 14 lead (pinout) p000459a cerpack, 10 lead (pinout) wg10arc ceramic soic (wg), 10 lead (p/p dwg) see attached graphics following this page. 6

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n mil/aerospace operations 2900 semiconductor drive santa clara, ca 95050 1 14 2 13 3 12 4 11 5 10 6 9 7 8 n/c n/c in- in+ v- n/c n/c bal/comp 3 output v+ comp 2 n/c n/c 14 - lead dip lm118j top view connection diagram p000316a bal/comp 1
n mil/aerospace operations 2900 semiconductor drive santa clara, ca 95050 1 10 2 9 3 8 4 7 5 6 n/c bal/comp1 - in +in bal/comp3 out comp2 v+ n/c lm118wg 10 - lead ceramic soic top view connection diagram p000459a v-

microcircuit data sheet mnlm118-x rev 0a0 revision history rev ecn # rel date originator changes 0a0 m0003641 03/23/00 rose malone update mds - mnlm118-x, rev. 0al to mnlm118-x, rev. 0a0 fully released mds. archive/obsolete rets118x, rev. aa 7

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