I (DUAL Mc1741) I DUAL MC1741 INTERNALLY COMPENSATED, HIGH PERFORMANCE MONOLITHIC OPERATIONAL AMPLIFIERS designed for use as a summing amplifier: with operating characteristics as a function integrator, or amplifier of the external feedback components. @ No Frequency @ Short-Circuit Compensation Protection @ Wide Common-Mode @ Low-Power Required and Differential Voltage Ranges Consumption ~,,,.:, I Rating Symbol [ MC1458 ~~C1558 I PI ""it SUFFIX PLASTIC PACKAGE CASE (MC1458, Input Differential Input Common v 1D ,$. `% ;$~~ Voltage Mode Voltage (Note ~Lc:@ttii~,, *' 1) *30 volts +15 volts 626 MC1458C, MC1458N) U SUFFIX , Operating Ambient Temperature Storage Temperature Range ,.,,...... cERAMIC I ,:.. J `$<$?~ o to +70 Oc -55 t0+125 *,+;'i:'~R:*$ T~ta Range Oc Pm PACKAGE CASE ~)jl~ 693 Output A 1 Inputs A v~~ {R} 8 Vcc z A 3 +6.6 4 7 output B Inputs B `5 L SUFFIX CERAMIC PACKAGE CASE 632 TO-116 P2 SUFFIX PLASTIC PACKAGE CASE Illfll 11 45' ,F H 1 1 75k G (M C1458, \m . ~ I 646 MC1458C, MC1458N) 25 NC OUTPUT Output Vcc A NC output Offset t oFFsET NULL `!III ,1, B Adjust A { I o A Inputs B { VEE `EE } , QMOTOROLA B } Inputs 10k Offset Adjust INC., 1975 I DS9174RI ELECTRICAL CHARACTERISTICS (Vcc = 15 V, VEE = 15 V,TA = 25C unless otherwise noted). MC1458 MC1558 Characteristic Symbol Input Offset Voltage (RS<l Min Typ Max Min Vlo - 1.0 5.0 - MC1458C Typ Max Min Typ Max Unit 2.0 6.0 - 2.0 10 mV nA Ok) Input Offset Current Ilo -- 20 200 - 20 200 - 20 300 Input Bias Current ]IB -- 80 500 - 80 500 - 80 ?00 Input Resistance ri 0.3 2.0 - 0.3 . 2.0 - - 2.0 - - Input Capacitance Offset Voltage Common Adjustment Mode Input Voltage Large Signal Voltage (VO=flov, RL=2.0k) RL=lok) (RS<l Rejection Voltage (RI - - 1.4 - - 1,4 -- -- f15 -- -- *15 v\cR f12 +13 -- *12 i13 -- 311 50 -- 200 -- - -- 20 -- 200 -- - - - -- 75 - - 75 Ratio CMRR 70 90 - 70 90 Ratio PSRR - 30 150 - >2k) Short-Circuit Current s -- I 1 2.3 Response (Unity RL >2kQ, CL< 100PF) Rise Time (Vl = 20mV, RL > 2kQ, CL < 100PF) overshoot 10V, RI >2kQ, CL<loopF) CHARACTERISTICS ELECTRICAL 15v, VEE = lq.v,F& *Thiah to TIOW unless otherwise vlcR Mode Input Vol<#~:~~$ge (Vo=il Gain Vlps T 7 -- -- -- -- -- 4-- 1.0 6.0 -- -- 7.5 - -- -- -- -- -- -- -- -- -- -- -- 112 -- 7.0 200 85 -- 500 -- -- 30 500 300 -- 1500 -- +13 -- T -- 30 300 -- -- -- -- 800 -- 150 -- - - *I2 ?14 +10 -- +13 25 -- -- -- -- -- -- -- -- -- -- -- -- -- -- flax Unit m mV -- nA -- -- -- -- -- 100 -- nA -- -- -- -- -- -- -- -- -- -- -- -- -- -- 000 -- -- -- -- -- -- (TA = -55C) Power Consumption Pc (TA = 125C} (TA = -55C) and 70C for MC1458, for MCI 558 and OC for MC1458, MOTOROLA v dB lVIV -- t -- -- mA I MC1458C I v i12 *I4 -- *1O t13 -- f9.1 -- -- -- -- 75 -- -- -- -- -- -- -- -- -- -- -- -- f13 -- -- -- //mV 15 -- -- -- -- -- -- -- -- ID (TA = 125C) ~ -- -- AV SupplV Currents lBOth Amplifiers) for MC1558 0.5 Typ -- -- Ov, RL=lok) = -55C Y. -- Min PSRR RL=2k) *Thigh = 125C #s -- Max 70 (R L %$~~!h~ (q,@,:,~,,,~*k) (vO'=*lOv, 0.3 15 -- -- Typ Vo OU tpu t V@$q'@::s@ n9 Voltage mW Min CMRR Ok) Large ~gnal 240 Vax -- -- -- -- (RS<l 70 Typ -- -- -- -- I I 8.0 Min -- Common noted) MC1458 MC1558 I 2.3 -- Slew Rate (VCC = dB 3(o-p I - Gain) (VI =20mV, (VI= I I 170 Power Consumption Transient 5.6 - -- mV Vo Swing m " 9(O `~ - Ok) I SUDDIV Currents (Both Amplifiers) TIOW s, -,$ :$'go ,,, `*~\`,,.,.s~i .,', `k,,..<.,, ` <. `"$' 30: ~.,:s~ J>, ... .(<,!\,..,, Ok) (R L>l 10utput 1,4 *I5 Ok) SUPPIV Voltage Output - - r. Mode Rejection (RS<l Ci vlOR Av Resistance Common L Range Gain (vO=*lov, Output Range nA M @'.\ mA 4.5 6.0 135 180 -- -- -- -- MC1458C MC1458C Semiconductor Products Inc. -- -- -- -- -- -- mW FIGURE 12 - NON-INVERTING PULSE RESPONSE > E > 0 . TO Scope (output) FIGURE 14 - OPEN versus I 70 I o o M 2.0 4,0 LOOP VOLTAGE SUPPLY 6.0 VCC, IVEE ,, I I I 80 10 12 ,SUPPLY GAIN VOLTAGE VOLTAGES I I 18 20 I 14 (VOLTSI 16 Products Inc. TYPICAL (Vcc FIGURE (LARGE 0! 10 = +15 Vdc, VEE = -15 6 -POWER SIGNAL SWING 100 Vdc, TA = +25C unless otherw,se noted) BANDWIDTH FIGURE versus FREQUENCYI 111111 u 10k 100k l.Ok f, FREaUENCY CHARACTERISTICS 7 - OPEN LOOP FREQUENCY RESPONSE (Hz) RL, LOAD RESISTANCE FIGURE .,., ~`,.,:::,!, 11 - SINGLE SUPPLY (OHMS) INVERTING AMPLIFIER *'+ 28 " 24 100u F 1 k 10 k +[ v~~ e ,Vi" ~ +18 v 14 12 I 10 I 8.0 -- 1 I +12V 1 +9.0 v 4.0 2.0 o 200 k 200 k +15V :6.0 > 4 ! I o +6.0 V +5.0 v 1.0 2.0 I I I I I I I I I I 3.0 I 4.0 I 5,0 I 5.0 I 7.0 I 8.0 RL, LOAD RESISTA&JE w 1 1 7 I I I 9.0 10 -- -- (kQ) -- MOTOROLA Semiconductor Products fnc. . NOISE CHARACTERISTICS (Applies for MC1558N and MC1458N only, VCC = 15 V, VEE = -15 V, TA = 25C) MC1558N Characteristic Burst Noise (Popcorn (8 W=l.OHz Rs Noise) tol.Ok = 100 FIGURE (Input 1 - BURST MC1458N Typ -- En Hz, k$l) Min Symbol Max Min Typ Max 20 -- -- 20 Unit : pVpeak t=10sr Referenced) NOISE versus SOURCE FIGURE RESISTANCE 2 - RMS NOISE versus SOURCE RESISTANCE 1000 t I , Iii 1 u 1 1 1 Iw 1 9 _. -- + <100 d >, 5 z F n . ~ 10 u- 1111I ! I Ilillll :1, 0( 10 II 11111111 I 10k l.Ok 100 Rs, sOURCE FIGURE 3 - OUTPUT NOISE 100k RESISTANCE versus 1.OM (OHMSI SOURCE RESISTANCE 1 4,, l,Ok 100k Posilive m Threshold + 100k 10k + Voltage <2 m A 100k a To B X500 Operational Ampl, Under Low f!er Pass/Fail Indicator + Pass Filter Test 1.OHZ tol kHz L 6 v Negatn"e Threshold For applications devices 1004 denoted tested Unlike low by N suffix an burst conventional especlallv burst for where noise peak rfesiqned (popcorn) to noise noise performance are pulses reading provide testing. the offered. on or is essential, These a special RMS quick meters, response units noise thts time Voltage selected have test been The system. system essent!al was to Iimlt test refers errors !n under test the time to the employed is 10 operational closed-loop gain seconds ampllfier factor of and Input the thus operational Semicomduceor Produces inc. M MOTOROLA o the 20 PV peak eliminating amplifier ...- -.. ..., . ----;,* .' THERMAL The maximum can tolerate be found power consumption at a given operating from an integrated ambient the sum of the products currents c;n the equation: TJ(max) PD(TA) = at the worst TJ(max) -TA pD(TA) operating = power ambient temperature, .- G SUFFIX METAL allowable This must at a given be greater R~JA(TYP) than C/W CERAMIC (Tv !. -1 PLANE L Ambient = Typical *,\ Thermal Resistance Junctio~~$4'~ PACKAGE ~ ROJC = (TVF 10OC/W -)-D ;~ , l(;; ~$>e -/ >;/J OIM MILLIMETERS MIN MAX INCHES MAX MIN A B c 0 E F G H J K L M N 851 940 775 B51 419 4 7D 041 048 102 025 102 025 508 8SC 071 086 1,14 074 1270 305 4.06 45~ Bsc 241 2.67 0335 0370 0305 0335 0165 0185 0016 0019 0010 0040 0010 0,040 0.200 8SC 0.028 0.034 0029 0,045 0.500 0,120 0.;60 45 BSC "~, ! IC+ : # E 0.095 Operating ~-N- / \o ><H' Desired n, ,! LEADS WITHl N025mm(OO101 DIA OF TRUE POSITION AT SEATING PLANEAT MAXIMUM MATERIAL CONDITION. Operating Junction Temperature in the Maximum Ratings Section CASE 632 TO-116 `< IOTE and SUPPI) L SUFFIX A7 601 = 160 voltages condition. Temperature PACKAGE CASE ;OJC Dissipation of the supply case operating = Maximum as listed R~JA(TYP) TA = Maximum Where: =.., INFORMATION circuit temperature, ".x 0.105 U SUFFIX CERAMIC A PACKAGE CASE ~. .3 ReJc= 693 100C/W (TvP) `7 NOTES 1 LEADS WITHIN O 13 mm (0 0051 RAO OF TRUE POSITION AT SEATING PLANE AT MAxIMUM MATERIAL coNmTioN ? OIMENSi ON L TO CENTER OF LEAOSWHEN FORMEO PARALLEL C,rcu,l of d,agrams ,Ilustrar, "g "T,l,z(ng lvp!cal complete cnformat, "ecessar,lv g,ver> L~ Motorola sem, on The suff, products cond"clor c,ent ,nformat, appl, for o" constrict, has MOTOROLA Printed in Switzerland been are ,ncluded cat!ons, on as a means conse[,,,enrlv purposes care ft,lly checked IS rs behe"ed assumed not and Convev I,cense Semiconductor to for be e"r, tnaccurac, to the Ddrchaser under the pare"l relv es rel, able However, F"rrhermore, such of the Sem(conduclor r,ghts of Motorola Products Inc no ,espons(b, ,"format, on htv does de", ces descr!bed or others lnc. IS "or a"y --