keyg SGS- 0 aT See OMSON S$ G S=-THOMSON a LARGE INPUT VOLTAGE RANGE a NO LATCH-UP m HIGH GAIN SHORT-CIRCUIT PROTECTION a NO FREQUENCY COMPENSATION REQUIRED a SAME PIN CONFIGURATION AS THE UA709 DESCRIPTION The UA741 is a high performance monolithic ope- rational constructed on a single silicon chip. It Is in- tended for a wide range of analog applications. = Summing amplifier - Voltage follower - Integrator - Active filter - Function generator. The high gain and wide range of operating voltages provides superior performance integrator, summing amplifier, and general feedback applications. the in- ternal compensation network (6 dB/octave) insures tability in closed loop applications. PIN CONNECTIONS (top views) 30E D ME 7929237 o0e3b07 & me 1-7%-0S-10 UA741 GENERAL-PURPOSE SINGLE OP-AMPs N DIP14 (Plastic Package) D N sos DIPS (Plastic Micropackage) (Plastic package) CERDIP8 aad (Cerdip Package) GC Lcc20 (Tricecop (LCC)) ORDER CODES Part Temperature Package Number Range Hlulacin iN |p 14 UA741C/E| 0C'to+ 70C |e] elele UA7T41I |-40 C to+ 105C e e|s UA741M/A|-55 C to + 125C] e | | Note : Hi-Rel Versions Available Examples : UA741CN, UA741IH DIP8/CERDIPS Toss tcc20 DIP14 $08 ZW 4- Inverting ig 4 Input i YY 8 2q N13 - Non-Inverting 20 7 1- 11-NG ag p12 Input Ny 2. 12- Offset null eb 6+ Veo 13- NC sq Ni = =7-NC 4Q 5 3- 14-NC 6 Ne 8-NG 4- 15- Output 7 Ne 9- Offset null 5- Inverting Input 16- NC 10- Output 1- Offset null 5- Offset null 6-NG 17- Vio 1i- Vee 2- Inverting Input 6 - Output 7- Non-inverting input i8- NC 1-NC 12- NC 3- Non-Inverting Input 7- Vie 8-NC 19- NC 2-NC 13- NC 4- Veo 8-NC 9-NC 20- NC 3- Offset null 14- NC December 1988 vanUA741 we 7929237 0023608 6 ABSOLUTE MAXIMUM RATINGS S G S=THOMSON Symbol -Parameter Veo Vi Vv Via Differential Ptoi Power Short-circuit Duration T Free-air T T T SCHEMATIC DIAGRAM Non-inverting input Value UA741iM, A| UA741I + 22 + 22 +15 +15 + 30 +30 500 500 Infinite 55to+125/-40to+1 65 to 150 | 65 to 150 Unit UA741C, E + 22 _ 15 Vv + 30 Vv 500 mw 0 to + 70 C 65 to 150 C Offset null R4 5a? Offset null Offset Null TO99/DIP8/CERDIP8/SO8 1,5 DIP14 3,9 LCc20 2,12 * TO116, LCC20 : Other pins are not connected. Case Inverting Input 2 3 7 4 5 11 5 7 17 Ky7 SGSsTHOMSON Non- inverting S Vco vec E88UA741-01 Output N.C, 6 10 15ELECTRICAL CHARACTERISTICS Mm 7929237 0023605 T UA741 UA741 M/A :55 C <Tamp $+ 125 C, Vog = 15 V |UA741I >-40 C <Tamb $4105 C, Veg = 15 V IUAT41C/E: 0 C<Tamp $+ 70C, Veg = 415 V |(unless otherwise specified) S G S-THOMSON JOE D T~79-05~] 0 Symbol Parameter UA741C,E,1,M,A Unit Min. Typ. Max. Input Offset Voltage Rg < 10 kQ Tamb = 25 C Tmin < Tamb S Tmax UA741E, A Tamb = 25 C Tmin S$ Tamb S Tmax 1 1 mV Input Offset Current Tamb = 25 C Tmin $ Tamb < Tmax nA Input Bias Current Tamb = 25 C Tmin S$ Tamb < Tmax 10 100 200 nA Large Signal Voltage Gain (Vo =+ 10 V, RL =2 kQ) Tamb = 25 C Tmin S Tamb S$ Tmax 50 25 200 VimV Supply Voltage Rejection Ratio (Rs < 10 kQ) Tamb = 25 C Tmin S Tamb S Tmax 77 77 90 dB Supply Current, no Load Tamb = 25 C Tmin $ Tamb < Tmax 1.7 2.8 mA Input Voltage Range Tamb = 25 C Tmin < Tamb < Tmax -12 -12 +12 +12 Common Mode Rejection Ratio (Rg < 10 kQ) Tamb = 25 C Train < Tamb s Tmax 70 70 90 dB Output Short-circuit Current Tamp = 25 C 10 25 40 mA + Vopp Output Voltage Swing Tamb = 25 C Ri = 10 kQ Ri = 2kQ Tmin < Tamb < Tmax Rie =10 kQ Rp = 2kQ 14 13 Slew-rate (Vj =+ 10 V, RL =2kQ C, < i100 pF, Tamb = 25 C, unity gain) 0.5 Vis Rise Time (Vi =+ 20 mV, AL =2 kQ, Cy < 100 pF Tamb = 25 C, unity gain) 0.3 us Overshoot (V; = + 20 mV, Ri =2 kQ, C, < 100 pF, Tamb = 25 C, unity gain) % Input Resistance, Tamp = 25 C 0.3 mQ Ayr SSNeces 3/11 1061UA741 . _ MM 7929237 023b10 b _ ELECTRICAL CHARACTERISTICS (continued) T79-05-10 0 Symbol Parameter UA7A1C, E, |, M, A Unit Min. Typ. Max. GPB_ | Gain Bandwidth Product MHz (Vi; = 10 mV, RL =2 kQ, CL < 100 pF f = 100 kHz, 0.7 1 1.6 Tamp = 25 C) [ THD | Total Harmonic Distortion % (f= 1 kHz, Ay = 20 dB, Ri, 2 kQ, Vo = 2 Vpp 0.06 Z Ci < 100 pF, Tam = 25C) | Vw | Equivatent Input Nolse Voltage 95 nVNVHz (f = 1 kHz, Ra = 100 Q) i Phase Margin 50 Degrees | / 8S G S=-THOMSON 30E D OPEN LOOP VOLTAGE GAIN (Typ.) OPEN LOOP FREQUENCY RESPONSE (Typ.) 115 120 , 410 100 a1 B 2 z 2 400 Zz 60. q G : 95 0 . a g 40 < F 5 90 3 2 $ > 0 BO 2 4 6 8 10 12 14 16 18 20 206 100 1k 10k 100k 1M 10M ; SUPPLY VOLTAGES (Vg AND Vgo} (+V) FREQUENCY (Hz) E88UA741-02 E88UA741-03 an (57 SGS-THOMSON Y/ MicrceLecTRoMes 1062 WM 7929237? O0e23b11 6 TRANSIENT RESPONSE (Typ.) Vec = 15V Tamb = +25C RE = 2kQ Rise time CL = 100pF 0 0.5 1 2 TIME (ys) OUTPUT VOLTAGE (mv) E88UA741-04 OUTPUT VOLTAGE SWING 86C <Tamp St 125C Rp > 2kQ PEAK TO PEAK OUTPUT SWING [(V) POWER DISSIPATION (mW) COMMON MODE VOLTAGE RANGE (+ V) T-79-05-10 UATAT ABSOLUTE MAXIMUM POWER DISSIPATION 600 500 400 300 200 45 65 85 105 = 125 AMBIENT TEMPERATURE {C} E88UA741-05 INPUT COMMON MODE VOLTAGE RANGE STamb <1125C 5 . 15 20 5 10 15 20 SUPPLY VOLTAGE (+V) SUPPLY VOLTAGE (+V) E88UA741-06 E8BUA741-07 POWER CONSUMPTION OUTPUT CURRENT vs AMBIENT TEMPERATURE 100 T 7 _ Tomb =+25C = 80 5 y FE 60 AZ, z 5 WA E a SJ Zz 40 a Q o oO Va ce ii L z 7 a 9 a : 10 15 20 55-35-15 5 25 45 65 85 105125 SUPPLY VOLTAGE (+V) AMBIENT TEMPERATURE (C) E88UA741-08 E88UA741-09 S G S=-THOMSON JOE D 5/11 ky SSS;THOMSON 1063UA741 6/11 NOISE (nV/VHz} NOISE (nV/VHz) PEAK TO PEAK OUTPUT SWING (V) OUTPUT VOLTAGE SWING Vec = 16V I, = + 25C 8 0,1 0,2 0s 1 2 56 10 LOAD RESISTANCE (kQ)} E88UA741-10 EQUIVALENT INPUT NOISE vs FREQUENCY Rg = 100 2 40 35 30 25 20 15 10 5 0 100 1000 10000 FREQUENCY (Hz) 100000 E88UA741-12 EQUIVALENT INPUT NOISE vs AMBIENT TEMPERATURE 40 35 30 25 20 15 10 5 0 55-35-15 5 25 45 65 85 105125 AMBIENT TEMPERATURE (C) E8BUA741-14 S$ G S=THOMSON 1064 ky wo7929237 OO23b12 T om MEAN SQUARE NOISE CURRENT (A?/Hz) Av (dB) SGS-THOMSON MICRCRECTRONSS OUTPUT VOLTAGE SWING Vec = 15V Re = 10k02 Tamb = + 25C PEAK TO PEAK OUTPUT SWING (V) 0 100 tk 10k 100k 8 1M FREQUENCY (Hz) E@sUA741-11 INPUT NOISE CURRENT -20 10" [Vee = & 1BV Tamb = +25C 1022 1023 1024 1025 26 10 10 100 1k 10k 100k FREQUENCY (Hz) E88UA741-13 LARGE SIGNAL VOLTAGE GAIN vs AMBIENT TEMPERATURE 110,00 108.00 406.00 104.00 102,00 100,00 98,00 96.00 94.00 92.00 90.00 88.00 86.00 84.00 82.00 80.00 55-35-15 5 25 45 65 85 105 125 AMBIENT TEMPERATURE (C) E88UA741-15 JOE Dme 7929237 0023613 1 T-79-05-10 = _UA741 GAIN BANDWIDTH PRODUCT vs AMBIENT POWER SUPPLY & COMMON MODE REJECTION TEMPERATURE RATIO vs AMBIENT TEMPERATURE 120 14 1.3 115 12 ' 244 110 = = a 1 S 105 6 3 8 100 7 95 6 5 90 55-95-15 5 25 45 65 85 105 125 55-35-15 6 26 45 65 85 105 125 AMBIENT TEMPERATURE (C) AMBIENT TEMPERATURE (C) E88UA741-16 E@8UA741-17 INPUT BIAS CURRENT vs AMBIENT TEMPERATURE 50 45 40 35 Zz 30 c ~ 25 a = 20 15 10 5 0 55-85-15 5 25 45 68 65 105 125 AMBIENT TEMPERATURE (C) E88UA741-18 MEASUREMENT DIAGRAMS S$ G S-THOMSON 30E D VOLTAGE OFFSET NULL CIRCUIT TRANSIENT RESPONSE TEST CIRCUIT TO99 ~ DIP8 CERDIPS UA741 PO &0 4 e C_- 100 pF} JRL = 2kn E8sUA741-19 88UA741-20 TAA by7 SS TOMS 1065UA741 MEASUREMENT DIAGRAMS (continued) CURRENT TO VOLTAGE CONVERTER T-79-05-10 WE 7929237 O023bL4 3M soe NEUTRALIZING INPUT CAPACITANCE TO OP- TIMIZE RESPONSE TIME R1 a _ R2 R1 << ~ a1 O uA7a1 b0 20 + R3 CN 2 OL] Ss Ro = R Cy<.Cg for minimum error due to bias current a R2 E88UA741-21 E88UA741-22 POSITIVE VOLTAGE REFERENCE NEGATIVE VOLTAGE REFERENCE 6.8V BZX55 BZX55 6.8Vv -__>}--___ Rt vi RI 7 ~ y UAm PO 0 ua7a1 p--O 29 1 x b x Vv R2 AQ R3 R3 R4 Ra E@8UA741-23 E88UA741-24 SG S-THOMSON JOE D. 8/11 ky 1066 SGS-THOMSON PICROLLESTROMIEST-79-05-10 WB 7929237 0023615 5 UA741 JOE D PACKAGE MECHANICAL DATA 8 PINS TO99 METAL CAN mm SG S-THOMSON Pin 12,7 min. Pins 14 PINS ~ PLASTIC DIP mm s e e e e e e e=2,54 8.5 max. at 12) we 2 x_n | Tot t CI 1 0.51 min. rf r 1 | 4,57 max. 5.08 moxi[i | Fo 4 |: We (i HEH a y 4: 1 : i } f ' ee rs ee en I 4 / . | 02 il 31 0.38 177 max, 0,3 762 39 0.508 19) oe Pris: 14 & PO od Detum og -)---- . __| (1) Nominat dimension (2) True geometrical position A LJYIUST LILY CJ St 19.9 max. 6,35 a) 14 Pins Ly S86s-THomson an Tf sccromeciase:-2s 1067UA741 9949 nno- owen VATA 9237 O0O23b1b 7 ao me ~ T~79-05-190 PACKAGE MECHANICAL DATA (continued) 8 PINS PLASTIC DIP OR CERDIP -& 6G S=THOMSON JOE D mm en 254 ege ve we - q8i.mox. _ (2) | 4 | t | 9,51 min. Ff 7 i io {_. \ ; \ \ 0,2 Leg o\ os | Oe 762 Ps 1,27mox. y, fa , a \:27max. (2) Poo An Datum {1} Nominal dimension Or 2p 635 (1) (2) True geometrical position 9 t(hLILI ui n 10mox, 4, | 8 Pins 20 PINS TRICECOP (LCC) mm 74 16 ma 1.27 9,04 14 18 13 i 19 Out, I nf] -_}- Se ' 2.16 64 9 3 8 4 ; az 1.27 ele Le | otum / B74 20 PINS 10/11 -THo yy SS8cntomson 1068 MB 7929237? 0023617 1 -_--_____.. UA741 T-79-05-10 PACKAGE MECHANICAL DATA (continued) 8 PINS PLASTIC MICROPACKAGE (SO) G S=-THOMSON 30E D mm e=1,27 e e ly 0.185 0,265 1 1 1 0.63 | | max. | 04 ' ! ' min. r A AAA te g 5 59. 39 Out 6,2 4.0 0.2 THE : , 04 Datum se 0,35 min. 0,45 4.75 1,75 max. 4,95 8 Pins " 114 57 SSS THOMSON 1069