{yz SGS-THOMSON Sf wcRoELecTROMIcS UA741 GENERAL-PURPOSE SINGLE OP-AMPs a LARGE INPUT VOLTAGE RANGE a NO LATCH-UP a HIGH GAIN a SHORT-CIRCUIT PROTECTION s NO FREQUENCY COMPENSATION REQUIRED = SAME PIN CONFIGURATION AS THE UA709 DIP14 (Plastic Package) sos DIPs (Plastic Micropackage) (Plastic package) y J . CERDIP8 (Cerdip Package) DESCRIPTION Leno The UA741 is a high performance monolithic ope- (Tricecop (LCC)) rational constructed on a single silicon chip. It is in- tended for a wide range of analog applications. - Summing amplifier ORDER CODES - Voltage follower Package - Integrator Part Temperature _ Active filter Number Range | Ju lac|n/Np . Function generator. : . . . UA741C/E] 0 C to+70C |e] ejel\e The nh gain and wide range of operating voltages UA7411 |-40Cto+ 105C e ele provides superior performance integrator, summing UA741M/AI-55 C 10 +. 125Cle|e| e amplifier, and general feedback applications. the in- ternal compensation network (6 dB/octave) insures Note : Hi-Rel Versions Available stability in closed loop applications. Examples UA741CN, UA7411H PIN CONNECTIONS (top views) DIP8/CERDIP8 TO99 Lcc20 DIP14 S08 4- Inverting 1 XY [14 . input iq \ os 4 P'S -5- Non-inverting 20 7 1-NC 11. NG 3 Hz input 3 iN 6 2- Offset 12- Offset null * cB: 6- Vc null 13- NC 5q 10 =| 7- NC q 5 3- NC 910 111213 14-NC q Ds 8-NC 4-NC 15- Output 7q De 9- Offset null 5 - Inverting input 16- NC 10- Output 1 - Offset null 5 - Offset null 6-NC 17- Vee 11- Vee 2 - Inverting input 6 - Output 7 - Non-inverting input 18-NC 1-NC 12- NC 3- Non-inverting input 7-Veco 8-NC 19- NC 2-NC 13- NC 4-Vec 8-NC 9-NC 20- NC 3 - Offset null 14-NC December 1988 414UA741 ABSOLUTE MAXIMUM RATINGS Value I P; i Symbo arameter UA741M, Al UA7411_ [UA741Cc,e| UT Vcc Supply Voltage +22 +22 +22 v Vi Input Voltage +15 +15 +15 Vv Vid Differential Input Voltage +30 +30 t+ 30 Vv Prot Power Dissipation 500 500 500 mw Output Short-circuit Duration Infinite Toper | Operating Free-air Temperature Range - 55 to + 125)~ 40 to+ 105) 0 to+70 C Tstg Storage Temperature Range -65 to 150 | -65to 150 | - 65 to 150 a OF SCHEMATIC DIAGRAM Non-inverting input as inverting a a2} Vinput a10 Offset null Ra Ski _ C)vc Offset null E88UA741-01 oft Inverti Non- Case set | Inverting | inverting Vec Vic Output N.C. Null Input Input TO99/DIP8/CERDIP8/SO8 1,5 2 3 7 6 8 DIP14 39 4 5 11 10 LCC20 2,12 5 7 10 17 15 . * 70116, LCC20 : Other pins are not connected. ant G7 SGS-THOMSON 7 imcrotizctnomes 1060ELECTRICAL CHARACTERISTICS UA741M/A :55 C <Tamp $+ 125 C, Veg = 15 V UA7411 :-40 CT <Tamp $+ 105 C, Veg = 415 V UA741C/E: OC <TamS+ 70C, Voc =t15V (unless otherwise specified) UA741 Symbol Parameter UA741C,E,1,M,A Typ. Max. Unit Vio Input Offset Voltage Rs < 10 kQ Tamb = 25 C Trin s Tamp s Tmax UA741E, A Tamp = 25 C Tmin $ Tamp S$ Tmax hNOM mV lo Input Offset Current Tamp = 25 C Tmin s Tamp < Tmax 40 nA input Bias Current Tamo = 25 C Trin S Tamo Tmax 10 100 200 nA Large Signal Voltage Gain (Vo =+ 10 V, Ri =2 kQ) Tamp = 25 C Tmin s Tamb = Tmax 50 25 200 vimV SVA Supply Voltage Rejection Ratio (Rs < 10 kQ) Tamo = 25 C Tinin < Tamb s Tmax 77 77 90 dB Supply Current, no Load Tamo = 25 C Timin < Tamb s Tmax 1.7 2.8 mA vi Input Voltage Range Tam = 25 C Timin < Tamb s Tmax -12 -12 +12 +12 CMR Common Mode Rejection Ratio (Rs < 10 kQ) Tamp = 25 C Tmin < Tamb s Tmax 70 70 30 dB los Output Short-circuit Current Tam = 25 C 10 25 40 mA + Vopp Quiput Voltage Swing Tamp = 25 C R_ = 10 kQ Ri = 2kQ Tmin S$ Tamp S Tmax Ri =10 kQ Rr = 2kQ 14 13 Svo Slew-rate (Vj =+ 10V, RL =2kQ C_ < 100 pF. Tamp = 25 C, unity gain) 0.5 Vip Ss Rise Time (Vi =+ 20 mV, R, =2 kM. CL < 100 pF Tamb = 25 C, unity gain) 0.3 us Overshoot (V; =+ 20 mV, Rx =2 kQ, C, < 100 pF, Tamb = 25 C, unity gain) % 'o Input Resistance, Tamp = 25 C 0.3 mQ AY] Steomscreonee and 1061UA741 ELECTRICAL CHARACTERISTICS (continued) Symbol Parameter UATA4IC, E, |, M, A Unit Min. Typ. Max. GPB Gain Bandwidth Product MHz (Vi =10 mV. Ry =2 kQ, Cy < 100 pF f = 100 kHz, 0.7 1 1.6 Tamp = 25 C) THD Total Harmonic Distortion %a (f = 1 KHz, Ay = 20 dB, Ri 2 kQ. Vo =2 Vpp 0.06 C. < 100 pF, Tam = 25 C) VN Equivalent Input Noise Voltage 23 avivHz (f= 1 kHz, Re = 100 Q) Phase Margin 50 Degrees OPEN LOOP VOLTAGE GAIN (Typ.) OPEN LOOP FREQUENCY RESPONSE {Typ.} 115 120 110 100 m 105 5 80 2 z ~ z 2 100 <q 60 o w 95 % 40 oO 4 < FE 90 o 2 g > 85 0 5 2 4 6 8 10 12 14 16 18 20 20, 10. 100 1k 10k 100k 1M 70M SUPPLY VOLTAGES (Vdc AND Voc) (+ VI FREQUENCY (Hz) E88UA741-02 E88UA741-03 4 SGS-THOMSON Gy 8: TF crosectRomes 1062PEAK TO PEAK OUTPUT SWING (V) OUTPUT VOLTAGE (rv) POWER CONSUMPTION (mw) TRANSIENT RESPONSE (Typ.) Rise time oO UA741 ABSOLUTE MAXIMUM POWER DISSIPATION 600 = 500 E 2 6 400 Ee < & 300 a a Vcc = t15V 2 200 Tamb = + 25C = = 101 RL = 2kQ 10a CL = 100pF c 05 1 2 2.5 25 45 65 85 105 125 TIME (ys) AMBIENT TEMPERATURE (C) 88UA741.04 E88UA741-05 OUTPUT VOLTAGE SWING 40 [T5500 <Tamb + 125C Ry, 2 2k2 36 32 28 24 20 100 10 15 SUPPLY VOLTAGE [+V} E88UA741-06 E88UA741-07 POWER CONSUMPTION INPUT COMMON MODE VOLTAGE RANGE <Tambp <+1 COMMON MODE VOLTAGE RANGE [+ V) 20 5 10 15 20 SUPPLY VOLTAGE (+V)} OUTPUT CURRENT vs AMBIENT TEMPERATURE Tomb = +25C 10S + Source L a OS Sink 5 Isc (mA) ia L 10 15 SUPPLY VOLTAGE (+) 20 -65 -35 -15 5 25 45 65 985 105125 AMBIENT TEMPERATURE (C) E88UA741-03 E88UA74 1-09 (7 SGS-THOMSON 5 Jf iacROELECTROWES 1063UA741 6/11 PEAK TO PEAK OUTPUT SWING [V) NOISE (nV/VHz) NOISE (nV/VHz) OUTPUT VOLTAGE SWING OUTPUT VOLTAGE SWING 28 Vee - +15V RL = 10k82 Tamb :+ 25C Vec = +15V Tamb = + 25C 26 24 22 20 18 16 14 PEAK TO PEAK OUTPUT SWING (V) 12 10 8 0 0,1 0,2 0,5 1 2 5 10 100 1k 10k 100k 1M LOAD RESISTANCE (kf) FREQUENCY (H<) E88UA741-10 E88UA741-11 EQUIVALENT INPUT NOISE vs FREQUENCY INPUT NOISE CURRENT Rg = 100 2 x 40 = Vcc = 15V 35 L Tamb +25C i 30 c ac 25 3 a 20 a 3 15 iu [ag 10 4 2 5 g 100 4000 10000 100000 s 10 100 1k 10k 100k FREQUENCY (Hz) FREQUENCY (Hz) E88UA741-12 E88UA741-13 EQUIVALENT INPUT NOISE vs AMBIENT LARGE SIGNAL VOLTAGE GAIN vs AMBIENT TEMPERATURE TEMPERATURE 110.00 108.00 106.00 104.00 102.00 100.00 98.00 96.00 94.00 92.00 90.00 48.00 86.00 5 84.00 82.00 Q 80.00 55-35-15 5 25 45 65 85 105125 55-35-15 5 25 45 65 85 105 125 AMBIENT TEMPERATURE (C) AMBIENT TEMPERATURE (C) 40 35 30 25 20 Av (dB) 15 10 E88UA741-14 E88UA741-15 1064 i SGS-THOMSON MICROELECTROMIESUA741 GAIN BANDWIDTH PRODUCT vs AMBIENT POWER SUPPLY & COMMON MODE REJECTION TEMPERATURE RATIO vs AMBIENT TEMPERATURE 120 14 13 115 qi? 110 ru = s a 1 o 105 6 8 8 100 7 95 6 5 90 55-35-15 5 25 45 65 85 105 125 56-35-15 5 25 45 65 85 105 125 AMBIENT TEMPERATURE (C) AMBIENT TEMPERATURE (C) E88UA741-16 E88UA741-17 INPUT BIAS CURRENT vs AMBIENT TEMPERATURE 50 45 40 35 30 25 20 15 10 5 NB (nA) Oss -35-15 5 25 45 65 85 105 125 AMBIENT TEMPERATURE (C) E88UA741-18 MEASUREMENT DIAGRAMS VOLTAGE OFFSET NULL CIRCUIT TRANSIENT RESPONSE TEST CIRCUIT TO99 DIPS - CERDIP8 oJ Inputs e I 100 pF AL = 2 ko s x E88UA741-19 E88UA741-20 k SGS-THOMSON aA 7 Michomectnomes 1065UA741 MEASUREMENT DIAGRAMS (continued) CURRENT TO VOLTAGE CONVERTER NEUTRALIZING INPUT CAPACITANCE TO OP- TIMIZE RESPONSE TIME Ro = Ry for minimum error due to bias current E88UA741-21 oc} R2 Rl Lt UA741 x + Cc R3 N | O-_}-___}}#____ - Al Cys .C. N R2 s E88UA741 -22 POSITIVE VOLTAGE REFERENCE NEGATIVE VOLTAGE REFERENCE 68v BzZx55 82x55 6.8 ba re m1 vt R1 t UA741 O to UATa1 -O eg 4 x : yo R2 R2 RI RI Ra A4 E88UA741-23 E88UA741-24 itt {7 SGS-THOMSON Sf MICROELECTROMICS 1066PACKAGE MECHANICAL DATA 8 PINS TO99 - METAL CAN UA741 mm @ 5,08 0,72 8 Pins 14 PINS ~ PLASTIC DIP 14 & oe oe oe oe oe ee ee 1,77 max. Detum a a eo aeic (2) {1) Nominal dimension (2) True geometrical position 7 19.9 max. 6.35 m 14 eins ky SGS-THOMSON 9/11 7 imcromsctaomcs 1067UA741 PACKAGE MECHANICAL DATA (continued) 8 PINS PLASTIC DIP OR CERDIP mm e=2.54 e e e {2) 1.27max, < 1,27 max af i , em n Datum I o by - -- + 635(1} ~L | (1} Nominal dimension 85 max. = | FE oy I p { . 7.62 aaa (2) True geometrical position 8 Pins mm 74 1.86 max. 1,27 9.04 14 18 3 I re 0.64 9 8 4 221.27 e e e { e Le Batum 8.74 9.04 20 PINS 10/11 1068 kyy SiScnscrmonesUA741 PACKAGE MECHANICAL DATA (continued) 8 PINS PLASTIC MICROPACKAGE (SO) mm e=1,27 e e e 0.185 0.265 , ! ; 0.63 max. ptt 0s : hah min. 8 5 | 59 39 0.1 6.2 4 0.2 A, / O4 Datum 0.35 min. 0,45 4.75 1.75 max. 4.95 8 Pins {57 SGS-THOMSON wa fs MICROELECTROMICS 1069