MC1741S Device Temperature Range Package MC17418G -65C to +126C = Metal Can MC1 741SC MC1741SCD OC to +70C So0-8 MC1741SCG OC to +70C Matal Can MC1741SCP1 OC to +70C Plastic DIP ~~ HIGH SLEW RATE, INTERNALLY COMPENSATED OPERATIONAL AMPLIFIER OPERATIONAL AMPLIFIER . SILICON MONOLITHIC The MC1741S/MC1741SC is functionally equivalent, pin com- INTEGRATED CIRCUIT patible, and possesses the same ease of use as the popular MC1741 circuit, yet offers 20 times higher slew rate and power bandwidth. This device is ideally suited for D-to-A converters due to its fast settling time and high slew rate. . G SUFFIX . . _ METAL PACKAGE @ High Slew Rate 10 V/us Guaranteed Minimum (for unity gain only) i . fl CASE 601-04 @ No Frequency Compensation Required @ Short-Circuit Protection @ Offset Voltage Null Capability g 1 @ Wide Common-Mode and Differential Voltage Ranges @ Low Power Consumption @ No Latch-Up ao, TYPICAL APPLI
MC1741S po TOE AC Ue OR MC1741SC HIGH SLEW RATE, INTERNALLY COMPENSATED OPERATIONAL AMPLIFIER OPERATIONAL AMPLIFIER SILICON MONOLITHIC The MC1741S/MC1741SC is functionally equivalent, pin com- INTEGRATED CIRCUIT patible, and possesses the same ease of use as the popular MC1741 circuit, yet offers 20 times higher slew rate and power bandwidth. This device is ideally suited for D-to-A converters due to its fast settling time and high slew rate. orrser Aon, ; . . . NuL. fo royce @ High Slew Rate 10 V/us Guaranteed Minimum (for unity gain only) inv inPuT sean @ No Frequency Compensation Required won Ny TNS a ooeese oo. . INPLT Seg noe @ Short-Circuit Protection (Top View) @ Offset Voltage Nuil Capability . M . G SUFFIX @ Wide Common-Mode and Differential Voltage Ranges METAL PACKAGE sresernourtf Nac @ Low Power Consumption CASE 601 mer onPuTd P vce NONINGT INPUT ET Spt QuTPuT e@ No Latch-Up vee Dor rser (Top View} TYPICAL APPLICATION OF OUTPUT CURRE
MC1741C were designed for use as summing amplifiers, integrators, or amplifiers with operating characteristics as a function of the external feedback components. No Frequency Compensation Required Short Circuit Protection Offset Voltage Null Capability @ Wide Common Mode and Differential Voltage Ranges Low Power Consumption @ No Latch Up MAXIMUM RATINGS (Ta = +25C, unless otherwise noted.) Rating Symbol | MC1741C | MC1741_ | Unit Power Supply Voltage Voc. VEE +18 +22 Vde Input Differential Voltage Vib +30 v Input Common Mode Voltage (Note 1) VICM +15 v Output Short Circuit Duration (Note 2) isc Continuous Operating Ambient Temperature Range Ta Oto +70 |-65 t0+125 | C Storage Temperature Range Tstg ae) Ceramic Package -65 to +150 Plastic Package 55 to +125 NOTES: 1. For supply voltages less than +15 V, the absolute maximum input voltage is equal to the supply voltage. 2. Supply voltage equal to or less than 15 V. Equivalent Circuit Schematic (1/4 of Circuit Shown) 0 V r a
00B | SOdB | 2k WC1733G MTU} BDO} INT ) 40MHZ +8V) -8Vj125C | SOdB ) SMV; 20UA |) SUA|SOOMWF) 2MA) 2V] 6V} SV 24MA | 600B | SOdB | 2K MC1733L MTU; BDO} INT | 40MHZ : +8V | -8V/125C | 5UdB | SMV) 20UA} 3UA/SOOMWF) 2MA) 2V/ 6V| 5V . 24MA | 600B | S00B |) 2K MC1741CF MTU} GPK) INT) . |0.2V/uS)+18V |-18V] 70C | 86dB | 6MV |SOONA 200NA |SOOMNF | SMA} 12V/] 15V! 30V 85MW | 3MA | 700B | 760B BOOK MC1741CG MTU} GPK | INT 0.2V/uS|+18V |-18V| 70C | 86dB | 6MV SOONA 2O0NA |680MWF | SMA | 12V| 15V] 30V 85MW | 3MA | 700B | 76dB BOOK MC1741CL MTU} GPK | INT 0. 2V/uS|+18V |-18V| 70C | 86dB | 6MV [SOONA 2OONA |750MWF | 5MA | 12V| 15V) 30V 85MW | 3MA | 70GB | 7608 BOOK MC1741CP1 MTU} GPK | INT 0.2V/uS/+18V |-18] 70C | 86dB | 6MV [SOONA 2OONA |625MWF) SMA | 12V) 15V; 30 85MW | 3MA | 700B | 76dB BOOK MC1741CP2 = | MTU} GPK | INT 0.2V/uS}+18V |-18V] 7O0C | 86d8 | 6MV |SOONA 200NA |625MWF | SMA | 12V) 15V} 30V SSMW | 3MA | 700B | 76dB BOOK MC1741CU MTU}
MC1350 MC1374 MC1377 MC1378 MC1391 MC1403, B MC1404 MC1413, B 2-13 MC1416, B 2-17 2-17 2-17 2-24 2-30 2-39 2-45 2-52 2-62 5-4 2-68 2-30 2-34 2-39 3-45 MC1436, C MC1455, B MC1458, C MC1488 MC14C88B MC14C89B, AB MC1489, A MC1490 MC1494 MC1495 MC1496 MC1723C MC1741C 3-53 MC1776C 3-61 3-69 2-45 3-75 3-82 2-52 3-89 2-56 3-105 2-62 5-4 2-68 2-73 3-113 2-113 2-52 2-45 2-68 2-62 3-136 MC2833 MC3301 MC3302 MC3303 MC3334 MC3335 MC3340 MC3346 MC3356 MC3357 MC3358 MC3359 MC3362 MC3363 MC3371 MC3372 MC3373# MC3374 MC3392 MC3399 MC3403 Function Low Dropout Dual Regulator Quad Single Supply Operational Amplifier Micropower Voltage Regulator Micropower Voltage Regulator Monolithic IF Amplifier TV Modulator Circuit Color TV RGB to PAL/NTSC Encoder Color TV Composite Video Overlay Synchronizer TV Horizontal Processor Low Voltage Reference Voltage References Family High Voltage, High Current Darlington Transistor Arrays High Voltage, High Current Darlington Transistor Arrays High Voltage, Internally Compensated Ope
MC1741CD _ OC to + 70C 80-8 MC1741CG = LM741CH, #A741HC OC to +70C Metal Carr MC1741CP1 LM741CN, pA741TC OC to +70C Plastic DIP MC1741CU - 0C to +70C Ceramic DIP MC1741G ~685C to +125C Metal Can MC1741U - ~65C to +125C Ceramic DIP MC1741 MC1741C OPERATION , .. designed for use asa summin components. No Frequency Compensation Short-Circuit Protection Low-Power Consumption No Latch Up INTERNALLY COMPENSATED, HIGH PERFORMANCE operating characteristics as a function of the external feedback Offset Voltage Null Capability Wide Common-Mode and Differential Voltage Ranges AL AMPLIFIERS g amplifier, integrator, or amplifier with OPERATIONAL AMPLIFIER SILICON MONOLITHIC INTEGRATED CIRCUIT Required G SUFFIX METAL PACKAGE CASE 601-04 Wy Offset Nult 7 84 NC the supply voitage. Note 1. For supply voltages less than +16 V, the absolute maximum input voltage is equal to EE (Top View) Pi SUFFIX MAXIMUM RATINGS (Ta = +25C u
MC1741 a SEMICONDUCTOR yxy semico DATA o MC1741C OPERATIONAL AMPLIFIER INTERNALLY COMPENSATED, HIGH PERFORMANCE OPERATIONAL AMPLIFIERS SILICON MONOLITHIC INTEGRATED CIRCUIT ... designed for use as a summing amplifier, integrator, or amplifier with operating characteristics as a function of the external feedback components. NC @ No Frequency Compensation Required Offset Nuil oP ovce @ Short-Circuit Protection Inve Input 41 > ourout . oe Y @ Offset Voitage Null Capability \ ~ . . Noninvt Input ad) Offset Null @ Wide Common-Mode and Differential Voltage Ranges Wee @ Low-Power Consumption (Top View) @ No Latch Up G SUFFIX METAL PACKAGE : CASE 601 MAXIMUM RATINGS (Ta = +25C unless otherwise noted) Rating Symbol | MC1741C MC1741 Unit Power Supply Voltage Voc +18 +22 Vde VEE =18 = 22 Vde P41 SUFFIX Input Differential Voltage Vip =30 Volts PLASTIC PACKAGE Input Common Mode Voltage (Note 1) VICM +15 Volts CASE 626 Output Short Circuit Duration {Note 2) ts Continuous
308N-8 L121 NE536T UA741HC LM741CN UA741TC-8 T.B.A T.B.A. LM381N LM393N LM393N T.B.A. LM4250N LM4250N MC1461R LM747H UA747PC UA748CH T.B.A. UA749CH UA78L12AWC UA78L15AWC LM336Z2.5 UA78GU1C UA79GU1C UA555TC-8 LM2904N-8 NJM2904D CA3083 UA740CH LM741H TBA222 MC1741CP-8 TDA0741D LM381AN XR4250CP RC4250P RC4250DB UA747HC LM747CN RC4156DC NE555N-8 M51841P UA317UC UA337UC LM340T-18 LM320T-18 UPC14305 LM340T-5 UA7905UC UA7806UC TA78005 LM320T-5 LM340T-6 AN7806 UA7906UC UA7808UC LM320T-6 UPC14308 LM340T-8 LM317T LM337T UA7818UC UA7918UC UA7805UC TDA1405 AN7808 ECG965 ECG966 ECG967 ECG968 TA78015 ECG969 ECG970 ECG971 ECG972 ECG973 ECG973D ECG974 ECG975 ECG976 ECG977 ECG978 ECG979 ECG980 ECG981 ECG982 ECG983 ECG984 ECG985 ECG986 ECG987 UPC451C ECG987SM ECG988 ECG989 ECG990 ECG992 ECG993 ECG994 ECG994M ECG995 ECG996 ECG997 ECG1001 ECG1002 ECG1003 ECG1004 AN222 ECG1005 ECG1006 ECG1008 ECG1009 ECG1010 ECG1011 ECG1012 ECG1013 ECG1014 ECG1015 ECG1016 UA7908UC UA7812UC UA7912UC UA7815UC TDA1415 UA7915UC LM350K UA
MC1741C Internally Compensated, High Performance Operational Amplifier The MC1741C was designed for use as a summing amplifier, integrator, or amplifier with operating characteristics as a function of the external feedback components. * No Frequency Compensation Required * Short Circuit Protection * Offset Voltage Null Capability * Wide Common Mode and Differential Voltage Ranges * Low Power Consumption * No Latch Up http://onsemi.com MARKING DIAGRAMS 8 PDIP-8 P1 SUFFIX CASE 626 8 MC1741CP1 AWL YYWW 1 1 8 SO-8 D SUFFIX CASE 751 8 1 1741C ALYW 1 A = Assembly Location WL, L = Wafer Lot YY, Y = Year WW, W = Work Week PIN CONNECTIONS Equivalent Circuit Schematic (1/4 of Circuit Shown) G Noninverting Input 1 Inv. Input 2 Noninv. Input 3 VEE 4 VCC 39k 25 50 50k 1.0k 5.0k Semiconductor Components Industries, LLC, 2000 April, 2000 - Rev. 6 50k N.C. 7 VCC 6 Output 5 Offset Null ORDERING INFORMATION 30pF 7.5k Output Offset Null + 8 (Top View) 4.5k Inverting Input 1.0k Offset Null
MC1741 SEMICONDUCTOR San MC1741C TECHNICAL DATA . OPERATIONAL AMPLIFIERS Internally Compensated, High SILICON MONOLITHIC Performance Operational Amplifiers INTEGRATED CIRCUIT The MC1741 and MC1741C were designed for use as summing amplifiers, integrators, or amplifiers with operating characteristics as a function of the external feedback components. | @ No Frequency Compensation Required Short Circuit Protection Offset Voltage Null Capability PLASTIC DAC EAGE Wide Common Mode and Differential Voltage Ranges CASE 626 Low Power Consumption ey No Latch Up MAXIMUM RATINGS (Ta = +25C, unless otherwise noted.) Rating Symbol | MC1741C | MC1741_ | Unit < U SUFFIX a CERAMIC PACKAGE Power Supply Voltage Voc. VEE +18 +22 Vdc 8 CASE 693 Input Differential Voltage VID +30 Vv ' Input Common Mode Voltage (Note 1) VICM +15 v Output Short Circuit Duration (Note 2 t Continue utput Short Circuit Duration (Note 2) SC ontinuous D SUFFIX Operating Ambien
237 03406 02037 02883 06545 06545 02237 034o6 03714 02037 Desc . LM32OH-05 MCT912CT RC4136DB SE555CT LM322N UA78Ml2HC OP-05CJ CA3053 UA76oNc LM224J LM22OK-15 LM321AH SELECTED LM220K-12 XR320 LM325AS LM1558H NE529K MC7805CK A-4350 MC1408L-6 AD5o4J ADT520JN MC1741scpl NE522K SC1502N CA6741T SELECTED UA7824KC AD7520LK LM309H SELECTED OP-05EJ LHoo62CD NE566K LM741CN LM361H MCTBL15ACP MC78L12ACP MC78L05ACP LM32OT-15 MCT9L15ACP MCT9L12ACP LM325S MC79Lo6c MCT9L05ACP MCT9LO3c MC3476G LM324F CA3085 MC13o6p MCT905CT AD533JH CA20TE LM32OT-24 UAT9Ml2AHc MC1741SCG CA741G LF355H LM339AJ CA3130T AD562KD/BIN AD518J LM201AN MC34o3P LM348N LHO070-1H LF356H LM395K CA3099E HA1-4741-5 (SELECTED) LM109K 776xc Rc4558NB AD518KH SELECTED RV4558DE LM113-2H LM299H XC79Ll2CG XC79LO5CG TBL12AHC MC1445L AM686HC LF356H SELECTED Mc1436cG MC7908CT UA78Mi2UC LM358K CA339E SELECTED LM377H UA78Mo6HC LM78L15ACH LM310H SELECTED NE555N AD7530JD LF35TH LF256H, SEL NOISE MC3431P MC1204op MCT8M05CG LM340K-8 LF256H LM555CN uA
CP1 21 CA239AE LM239AN 27 CA239E LM239N CA3045F CA3046 27 MC3346P MC3346P CA3058 153 CA3059 CA3059 CA3059 CA3079 CA3079 153 76 76 76 CA3086F MC3346P 153 CA3136A MC3346P 153 MC3346P 153 CA3146 CA339AE LM339AN 27 CA339E LM339N 27 CA723CE MC1723CP 33 CA741CS MC1741CP1 20 CS2842AD UC2842BD1 42 CS2843AD UC2843BD1 42 CS2844D UC2844BD1 42 CS2845D UC2845BD1 42 CS3842AD UC3842BD1 41 CS3843AD UC3843BD1 42 CS3844D UC3844BD1 42 CS3845D UC3845BD1 42 DM8822N MC1489AP 96 DS1233M MC34064P-5 63 DS1488N MC1488P 96 DS1489AN MC1489AP 96 DS1489N MC1489P 96 ICL741CLNPA MC1741CP1 20 ICL741CLNTY MC1741CP1 20 MOTOROLA 4 ANALOG AND INTERFACE INTEGRATED CIRCUITS SELECTOR GUIDE & CROSS REFERENCE Cross Reference (continued) Industry Part Number Motorola Nearest Replacement Motorola Similar Replacement Page Number ICL8008CPA LM301AN 20 ICL8008CTY LM301AN 20 ICL8017CTW LM301AN 20 ICL8017MTW LM301AN 20 ICL8069CCZR LM385BZ-1.2 87 ICL8069DCZR LM385BZ-1.2 87 IP33063N MC33063AP1 43 IP34060AN MC34060AP 41 I
ru Z), which is then followed by 10 numbers (0 thru 9). The ranking or hierarchy of this 39 character alphabet is as follows: .-/ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 Therefore, if you are looking for a device starting with a letter of the alphabet like an MC1741CP, it would appear before a device starting with a number, such as 2N1132. TO FIND A DEVICE IN THIS PRICE BOOK: Start with the first character of the device and find that section of the price book that corresponds to this character (i.e. a Slash (/), an "M" or a "2"); next move to the second character in the device number, and move to that character within the same portion of the listing; and so on until the device number is found. In other words it is used just like a dictionary, character by character. EXAMPLE: To find the 2N6837, go to that section of the listing that begins with the Number "2" (Notice that the section follows all devices that begin with a letter of the alphabet or "1"). Next, find that portion of the listing that begi
CP1 22 CA239AE LM239AN 26 CA239E LM239N CA3045F CA3046 26 MC3346P MC3346P CA3058 146 CA3059 CA3059 CA3059 CA3079 CA3079 146 71 71 71 CA3086F MC3346P 146 CA3136A MC3346P 146 CA3146 MC3346P 146 CA339AE LM339AN 26 CA339E LM339N 26 CA723CE MC1723CP 32 CA741CS MC1741CP1 21 CS2842AD UC2842BD1 40 CS2843AD UC2843BD1 40 CS2844D UC2844BD1 40 CS2845D UC2845BD1 40 CS3842AD UC3842BD1 39 CS3843AD UC3843BD1 40 # = Not recommended for new designs. MOTOROLA 4 ANALOG AND INTERFACE INTEGRATED CIRCUITS SELECTOR GUIDE & CROSS REFERENCE Cross Reference (continued) Industry Part Number Motorola Nearest Replacement CS3844D UC3844BD1 CS3845D UC3845BD1 Motorola Similar Replacement Page Number 40 40 DM8822N MC1489AP 94 DS1233M MC34064P-5 57 DS1488N MC1488P 95 DS1489AN MC1489AP 94 DS1489N MC1489P 94 DS26LS32N AM26LS32P# 94 DS26S10CN MC26S10P# 94 DS3650N MC3450P# 94 ICL741CLNPA MC1741CP1 21 ICL741CLNTY MC1741CP1 21 ICL8008CPA LM301AN 21 ICL8008CTY LM301AN 21 ICL8017CTW LM301AN 21 ICL8017MTW LM301AN
MC1741C/D OPERATIONAL AMPLIFIER The MC1741C was designed for use as a summing amplifier, integrator, or amplifier with operating characteristics as a function of the external feedback components. * No Frequency Compensation Required * * * * * SEMICONDUCTOR TECHNICAL DATA Short Circuit Protection Offset Voltage Null Capability Wide Common Mode and Differential Voltage Ranges Low Power Consumption No Latch Up 8 1 P1 SUFFIX PLASTIC PACKAGE CASE 626 MAXIMUM RATINGS Rating Symbol Value Unit VCC, VEE 18 Vdc VID 30 V Input Common Mode Voltage (Note 1) VICM 15 V Output Short Circuit Duration (Note 2) tSC Continuous Operating Ambient Temperature Range TA 0 to +70 C Tstg -55 to +125 C Power Supply Voltage Input Differential Voltage Storage Temperature Range 8 1 D SUFFIX PLASTIC PACKAGE CASE 751 (SO-8) NOTES: 1. For supply voltages less than +15 V, the absolute maximum input voltage is equal to the supply voltage. 2. Supply voltage equal to or less than 15 V. PIN CONNECTIONS Equivalent Circuit