LM741/E/I SINGLE OPERATIONAL AMPLIFIER SINGLE OPERATIONAL AMPLIFIERS 8 DIP The LM741 series are general purpose operational amplifiers which feature improved performance over industry standards like the LM709. It is intended for a wide range of analog applications. The high gain and wide range of operating voltage provide superior performance in integrator, summing amplifier, and general feedback applications. 8 SOP FEATURES Short circuit protection Excellent temperature stability Internal frequency compensation High Input voltage range Null of offset BLOCK DIAGRAM ORDERING INFORMATION Device Package Operating Temperature OFFSET (2) NC g pe g P NULL LM741N 8DIP LM741EN IN(-) (7) Vec O0~ + 70C C | LM741M 8 SOP IN (+) (6) OUTPUT LM741EM OFFSET LM741 IN Vee (4) NULL 8 DIP LM741EIN -40 ~ +85C LM741IM 8 SOP LM741EIM SCHEMATIC DIAGRAM O Voc ly a Qi IN woKer a2 b Ene IN (-)O- | OUTPUT aa >} S 4 $a7 HK or {K c20 oH a6 10 OFFSET O- r NULL O- 4 Ra Rit $n Fnsk rz $ro FRe OVEE sonprenapanapssanansannnpnanssnsasessecasanel Rev. B FAIRCHILD a SEMICONDUCTOR =v 1999 Fairchild Semiconductor CorporationLM741/E/I SINGLE OPERATIONAL AMPLIFIER ABSOLUTE MAXIMUM RATINGS (T,=25 C) Characteristic Symbol LM741 LM741E LM741I Unit Supply Voltage Voc +18 +22 +18 Vv Differential Input Voltage Vuoirey 30 30 30 Vv Input Voltage vi 415 415 +15 v Output Short Circuit Duration Indefinite Indefinite Indefinite Power Dissipation Pp 500 500 500 mw Operating Temperature Range Topr 0~+70 0~+70 -40~+85 C Storage Temperature Range Tsta -65 ~ + 150 -65 ~ + 150 -65 ~ + 150 C ELECTRICAL CHARACTERISTICS (Veco = 15V, Vee = - 15V. Ta = 25C, unless otherwise specified) Characteristic Symbol Test Conditions LM741E LM741/LM741I Unit Min | Typ | Max | Min | Typ | Max Rss<10KQ 2.0 6.0 Input Offset Voltage Vio Re<500 os | 30 mV Input Offset Voltage Vion) |Voo = +20V +10 15 mV Adjustment Range Input Offset Current lo 3.0 30 20 200 nA Input Bias Current Ibias 30 80 80 500 nA Input Resistance Ri Voc =t20V 6.0 0.3 2.0 MQ Input Voltage Range Vur) #12 | +13 +12 | +13 Vv Voc =1t20V, . . Vowr.p) =t15V 50 Large Signal Voltage Gain Gy Ri22KQ Voo =E15V, 50 300 VimV Vowr.p) =t10V Output Short Circuit Current Isc 10 25 35 25 mA V $0V RL2=10KQ +16 Output Voltage Swing Voyr.p) * Ri2t0KO #5 Vv RL2=10KQ Voc =#18V Te 0KQ + + Rss10KQ, Vom= +12V 70 90 Common Made Reiection Ratio }|CMRR Rek50KQ, Vow = H12V 80 95 dB Voc = +15V to Veo = +15V 86 96 Rs<50Q, Power Supply Rejection Ratio PSRR Veo = E15V to Voo = E15V 7 96 dB Rgs10KQ sonprenapanapssanansannnpnanssnsasessecasanel FAIRCHILD a SEMICONDUCTOR =vLM741/E/I SINGLE OPERATIONAL AMPLIFIER ELECTRICAL CHARACTERISTICS (Continued) Characteristic Symbol Test Conditions = LM741E LM741/LM7411I Unit Min | Typ | Max | Min | Typ | Max Transient Rise Time tr 0.25] 08 0.3 is Response Overshoot Os Unity Gain 6.0 20 10 % Bandwidth BW 0.43] 1.5 MHz Slew Rate SR Unity Gain 0.3 | 0.7 0.5 Vis Supply Current lee Ri= 0 151 28 mA . Voc = +20V 80 150 Power Consumption Pe Veo = HBV 50 85 mw ELECTRICAL CHARACTERISTICS (-40C <T,s85 C for the KA7411 C <T,<70C for the LM741 and LM741E. Vcc = 15V, unless otherwise specified) Characteristic Symbol Test Conditions LM741E LM741/L M7411 Unit Min | Typ | Max | Min | Typ | Max Rs<50Q, 4.0 Input Offset Voltage Vio Rect0KO 75 mv Input Offset Voltage Drift AVio/AT 15 pVv/C Input Offset Current lo 70 300 nA Input Offset Current Drift Alio/AT 0.5 nA/G Input Bias Current Ibias 0.21 0.8 pA Input Resistance Ri Voc = +20V 0.5 MQ Input Voltage Range Vur) #12 | +13 +12 | 413 Vv Veo <t20V Rg210KQ +16 ; Rg22Ka. +15 Output Voltage Swing Voyr.p) Re2t0Ka He Vv Veo =#15V [RS 5Ka +0] + Output Short Circuit Current Isc 10 40 10 40 mA ; Rsg<10KQ, Vow = 12V 70 | 90 Common Mode Rejection Ratio | CMRR Re<50KQ, Vom = 412V 80 95 dB Voc = +20V | Rss50Q 86 96 Power Supply Rejection Ratio PSRR to +5V Rect0KQ 7 6 dB Voc = +20V, 32 Voip-py = 15V Large Signal Voltage Gain Gy Rg22KQ. Von nov 15 VimV Voc = +15V, 10 Vowp-py = t2V sonprenapanapssanansannnpnanssnsasessecasanel FAIRCHILD ree SEMICONDUCTOR -wLM741/E/I SINGLE OPERATIONAL AMPLIFIER TYPICAL PERFORMANCE CHARACTERISTICS Fig. ? OUTPUT RESISTANCE va FREQUENCY Fig..6 INPUT RESISTANCE. AND. INPUT CAPACITANCE vs FREQUENCY 10M Voe= + & & y Ty= 25C a 4 = % 300 3 8 & a & Law & z 5 & 3 20 = Z 100 1 10K, 100 1K 10K 100K 1M 100 1K 10K 100K iM Fig..9 INPUT BIAS. CURRENT vs AMBIENT Fig. 10. POWER.CONSUMPTION vs AMBIENT TEMPERATURE TEMPERATURE Veo = 18V Veo =:4 20V 120 z a & ws INPUT BIAS. 3 = CURRENT # 3 B 2 oS ~ : : = = # INPUT OFFSET CURRENT 2 = 40 = 40. 60 80, TEMPERATURE (C) TEMPERATURE (C) Fig. 11 INPUT OFFSET CURRENT vs AMBIENT Fig. 12 INPUT RESISTANCE vs AMBIENT TEMPERATURE TEMPERATURE 100 Voc = +15V Vee = + 15 0 Z :* g & < 8 3 5 g 100 2 8 uw 50 2 2 z 30 20 20 60 100 0 20 20 100 TEMPERATURE (C) TEMPERATURE (C) eee amet aeeeanee eee ane neeeaesee Ce SEMICONDUCTOR =vLM741/E/I SINGLE OPERATIONAL AMPLIFIER Fig. 13 NORMALIZED DC PARAMETERS Fig. 14 FREQUENCY CHARACTERISTICS vs AMBIENT TEMPERATURE vs AMBIENT TEMPERATURE 2 1.75 r 7 Voce = + 15V Veo = + 18V 1.8 | 16 15 14 5 s 3 12 a 125 TR T s S RESPONSE | a w E CURRENT z peas pt ads do SLEW RATE 4 4 he Lt ~ 6 TR 7 CLOSED|100P ~~ lesa BANDWIDTH 2 o 5 - ar) ~40 = 20 a5 SCSCO AMBIENT TEMPERATURE (C) TEMPERATURE (C) Fig. 15 FREQUENCY CHARACTERISTICS Fig. 16 OUTPUT SHORT CIRCUIT CURRENT vs SUPPLY VOLTAGE vs AMBIENT TEMPERATURE 1.75 20 Ta= 25C 2B 15 g N | : TS 3 1.25 x ww = 5 5 seen oa > 2 4 & 4 5 , ee << 3 IJ a 6 = pe ol PS rose loo 5 eto | BANDWIDTH 3 Boe 5 bo 0 5 18 5 75 10 125 15 75 20 70 +2 s 40 8 6 70 SUPPLY VOLTAGE (+ ) TEMPERATURE (C) Fig. 18 COMMON-MODE REJECTION RATIO Fig. 17 TRANSIENT RESPONSE vs FREQUENCY Veco = +15V A, = 2ke lh C= toopF IS asec Il | UA OUTPUT (mV) COMMON-MODE REJECTION RATIO (dB) o TIME (us) FREQUENCY (H2) sonprenapanapssanansannnpnanssnsasessecasanel FAIRCHILD a SEMICONDUCTOR =vLM741/E/I SINGLE OPERATIONAL AMPLIFIER Fig. 16 VOLTAGE FOLLOWER LAAGE Fig. 19 OUTPUT SWING AND INPUT RANGE SIGNAL PULSE RESPONSE vs SUPPLY VOLTAGE Vee= + 15V Ta = 25C OUTPUT VOLTAGE () PEAK TO PEAK OUTPUT SWING (V) TIME (s) SUPPLY VOLTAGE (2 V) sonprenapanapssanansannnpnanssnsasessecasanel FAIRCHILD a SEMICONDUCTOR =vTRADEMARKS The following are registered and unregistered trademarks Fairchild Semiconductor owns or is authorized to use and is not intended to be an exhaustive list of all such trademarks. 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