The Datasheet Archive

LT118A datasheet (5)

Part Manufacturer Description Type PDF
LT118A Linear Technology High Speed Operational Amplifier Scan PDF
LT118AH Linear Technology High Speed Operational Amplifier Scan PDF
LT118AH Linear Technology High Speed Operational Amplifier Scan PDF
LT118AJ8 Linear Technology High Speed Operational Amplifier Scan PDF
LT118AJ8 Linear Technology High Speed Operational Amplifier Scan PDF

LT118A Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
LM318

Abstract: LM318J-8 LM318J8 LM318N8 LT318A
Text: Am plifier D C S C R IP T IO n The LT118A is an improved version of the industry stand ard LM118. The LT118A features lower input offset volt age, lower input offset currents, higher gain and higher common mode and power supply rejection. Because of these enhancements, the LT118A will improve the accu racy of most applications. Unlike many wideband amplifi ers, the LT118A is unity gain stable and has a , techniques make the LT118A an ideal choice for high speed applications. Voltage Follower 10pF Voltage


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PDF 15MHz 118/LM318 LT118A LM118. LM318 LM318J-8 LM318J8 LM318N8 LT318A
LM11I

Abstract: LT318A LM318N8 LM318J8 LM318J-8 LM318 LM318H LT318AH c 2314 LM318 APPLICATION
Text: LT118A /LT318A _ LM118/LM318 High Speed Operational Amplifier FATURS Guaranteed 1 , Max. Input Offset Current 15MHz Bandwidth Unity Gain Stable DCSCRIPTIOI1 The LT118A is an improved version of the industry stand ard LM118. The LT118A features lower input offset volt age, lower , enhancements, the LT118A will improve the accu racy of most applications. Unlike many wideband amplifi ers, the LT118A is unity gain stable and has a slew rate of 50V//iS. When used in inverting amplifier applications


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PDF LT118A/LT318A LM118/LM318 15MHz LT118A LM118. 305--D 747-B LM11I LT318A LM318N8 LM318J8 LM318J-8 LM318 LM318H LT318AH c 2314 LM318 APPLICATION
LT118A

Abstract: 000E-19 000E-20 332E
Text: liim SPICE MACROMODELS TECHNOLOGY L"M \ 8A Macromodel Linear Technology LT118A op amp model Written: 11-21-1989 Type: Bipolar npn Typical specs: Ref. LT118A data sheet, LTC 1990 Comments: Uses extended phase compensation Connections: + - V+V-0 Subckt LT118A 3 2 7 4 6 input, internal comp. databook , =8.1562E-16 bf=2.5641E+03) .model dml d .model dm2 d .model dm3 d .ends LT118A (is=l.000e-19) (is=8.000E-16) (is=l.000e-20) * fini LT118A *-* LinCAB TECHNOLOGY 23


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PDF LT118A p2-313 300e-12 15e-12 000E-12 0000E 000E-19 000E-20 332E
lm3180

Abstract: LM318 LM318J-8 LM318J LM318J8 LT318A LM318N8 LT118AH LM3-180 LM118H
Text: ■Fast Integrators D6SCRIPTIOH The LT118A is an improved version of the industry standard LM118. The LT118A features lower input offset voltage, lower input offset currents, higher gain and higher common mode and power supply rejection. Because of these enhancements, the LT118A will improve the accuracy of most applications. Unlike many wideband amplifiers, the LT118A is unity gain stable and has a , techniques make the LT118A an ideal choice for high speed applications. rrmm .^^mmf TECHNOLOGY 2-311 LT


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PDF /LT318 LM118/LM318 15MHz LT118A LM118. Unlik78) 130-C/W lm3180 LM318 LM318J-8 LM318J LM318J8 LT318A LM318N8 LT118AH LM3-180 LM118H
LT318A

Abstract: LM318N8 LM318J8 LM318J-8 LM318J LM318 LT318AH LT118AH LT118A LM118H
Text: – Fast Integrators The LT118A is an improved version of the industry standard LM118. The LT118A features , supply rejection. Because of these enhancements, the LT118A will improve the accuracy of most applications. Unlike many wideband amplifiers, the LT118A is unity gain stable and has a slew rate of 50V//ws , LT118A an ideal choice for high speed applications. rrmm .^^mmf TECHNOLOGY 2-311 LT 118 A/LT318 A LM118 , Duration.Indefinite Operating Temperature Range LT118A /LM118. -55°Cto125°C LT318A/LM318


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PDF /LT318 LM118/LM318 15MHz LT118A LM118. 130-C/W LT318A LM318N8 LM318J8 LM318J-8 LM318J LM318 LT318AH LT118AH LM118H
LT318A

Abstract: No abstract text available
Text: Op Amp Selection Guide High Speed Op Amps E L E C T R IC A L C H A R A C TER IS TIC S M IN S LEW RATE (V/US) TYP S E T T L IN G T IM E TO 0.1 % (ns) T Y P IC A L G AIN B A N D W ID T H PRODUCT (M H z) M IN Avol (V/mV) M AX Vos (mV) M IL/ IND TEM P PART N U M B ER SING LE LM 118 LT118A LT318A LT1028AC LT1028C LT1037AC LT1037C LT1115C L T 1122AC LT1122BC LT1122CC LT1122DC LT1128AC LT1128C LT1187C , Temp Version of LT118A Ultra-Low Noise, Precision, Low Drift Ultra-Low Noise, Precision, Low Drift Av =


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PDF LT118A LT318A LT1028AC LT1028C LT1037AC LT1037C LT1115C 1122AC LT1122BC LT1122CC
LT318A

Abstract: No abstract text available
Text: IL / IND TE M P IM PO R TA N T FEATURES SINGLE LM118 LT118A LT318A LT1028AC LT1028C , , S8 M M M M M Industry Standard Improvement Over LM118 Commercial Temp Version of LT118A


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PDF SOL16 10OpA 40MHz 12MHz, 00V/ps 25MHz, 50MHz, LT318A
LT1252 equivalent

Abstract: LT1256 equivalent lt1097 equivalent op05 OP05 equivalent LM108 EQUIVALENT LT318A Maxim 97E 346op LT1012A
Text: ) > 50V/|xs LM118/318 LT118A /318A LT1010 LT1122 ALL LT1200 LT1201 (D) LT1202 (Q) LT1215(D) LT1216 (Q , Gain > 200V/mV LT118A LT318A LT1001 LT1002 (D) LT1006 LT1008 LT1077 LT1078(D) LT1079(Q) LT1112(D


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PDF LF412A LT1022 LT1079 LTC1047 LTC1049ALL LT1112 LT1114 LT1413 OP-97A/E LT1028 LT1252 equivalent LT1256 equivalent lt1097 equivalent op05 OP05 equivalent LM108 EQUIVALENT LT318A Maxim 97E 346op LT1012A
op07 equivalent single supply

Abstract: T1012A LT1364 equivalent LT318A LT1256 equivalent LTC1150 equivalent lt1056c OP227 LT1201 LT1022A
Text: /318 LT118A /318A LT1010 LT1122 A LL LT1200 LT1201 (D) L T 1 2 0 2 (Q ) L T 1 2 1 5 (D ) LT1216 (Q , T E C H N O LO G Y Op Amp Selection Guide High Gain Typ Open-Loop Gain >200V/mV LT118A


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PDF LT1078A LT1079A LT1178A LT1179 LT1179A LT1077 LT1078 LT1006 LT1008 LT1012 op07 equivalent single supply T1012A LT1364 equivalent LT318A LT1256 equivalent LTC1150 equivalent lt1056c OP227 LT1201 LT1022A
1991 - Not Available

Abstract: No abstract text available
Text: €“ ∆IOUT RS 2k VIN A1 LT118A + CF 1nF A2 LT1010 VOUT CL 1010 AI06 The follower , buffer to increase output current is shown here. As usual, V+ + A2 LT1010 A1 LT118A – C1 50pF R5 1k HOLD D1 HP2810 Q3 2N2907 R6 1k A3 LT118A R4 2k Q2 2N2222 D2* 6V A4 LT118A C4 1nF R8 5k C5 10pF R7 200k V– OUTPUT + C3 100pF , resistance. Output is bidirectional. A1 LT118A R2(V2 – V1) R1R4 R3 2Ω A2 LT1010 OUTPUT


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PDF LT1010 150mA 20MHz O-220 LT1206 250mA, 60MHz LT1210 35MHz
1991 - HP2810

Abstract: ltc1010 ltc1010ct LT1010 application notes MJE3055 equivalent 2 way video splitter circuit drawing LT1010CT LBWZ LTC1010CN8 LT1010
Text: Capacitive Loads ­ 0 RS 2k VIN A1 LT118A + CF 1nF A2 LT1010 VOUT CL 1010 AI06 , here. As usual, V+ + A2 LT1010 A1 LT118A ­ C1 50pF R5 1k HOLD D1 HP2810 Q3 2N2907 R6 1k A3 LT118A R4 2k Q2 2N2222 D2* 6V A4 LT118A C4 1nF R8 5k , is required to get high output resistance. Output is bidirectional. IOUT = A1 LT118A R2(V2 ­ , sense can be obtained by grounding Pin 7 of the LM163 and driving Pin 5. 7 R1 2k A3 LT118A


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PDF LT1010 150mA 20MHz O-220 O-220 LT1206 250mA, 60MHz 00V/s, HP2810 ltc1010 ltc1010ct LT1010 application notes MJE3055 equivalent 2 way video splitter circuit drawing LT1010CT LBWZ LTC1010CN8 LT1010
1991 - LT1010 application notes

Abstract: 2 way video splitter circuit drawing 2 way video splitter circuit diagram 2 way video splitter circuit MJE2955 power amplifier circuit 2N3866 application MJE3055 equivalent
Text: 1nF A2 LT1010 CL 1010 AI06 ­ VIN RS 2k + A1 LT118A VOUT RF 20k ­ + A1 LT1007 , C1 50pF C2 150pF R5 1k Q3 2N2907 R6 1k R2 2k D1 HP2810 R4 2k INPUT + ­ A1 LT118A Q1 2N5432 S D C3 100pF C4 1nF C5 10pF R7 200k V­ ­ + A3 LT118A OUTPUT A4 LT118A R8 5k HOLD , ­ V1) R1R4 ­ + A1 LT118A C1 1nF A2 LT1010 R2 2k R3 2 R4 2k 0.1% OUTPUT R5 2k 0.1 , % 1010 AI16 A1 LT1012 A2 LT1010 R4 10 0.1% A3 LT118A IOUT ­ D1 1N457 R6 99.8k 0.1


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PDF LT1010 150mA O-220 LT1206 LT1210 LT1795 LT1886 250mA, 60MHz LT1010 application notes 2 way video splitter circuit drawing 2 way video splitter circuit diagram 2 way video splitter circuit MJE2955 power amplifier circuit 2N3866 application MJE3055 equivalent
1991 - hp2810

Abstract: LT1010 2 way video splitter circuit drawing LT1010CDD MJE3055 equivalent LM334 equivalent transistor LT1056CN8 LT1010CT LM334 lt1056 die
Text: Loads ­ 0 RS 2k VIN A1 LT118A + CF 1nF A2 LT1010 VOUT CL 1010 AI06 The , with a buffer to increase output current is shown here. As usual, V+ + A2 LT1010 A1 LT118A ­ C1 50pF R5 1k HOLD R6 1k OUTPUT + D2* 6V A4 LT118A D1 HP2810 Q3 2N2907 A3 LT118A C3 100pF R2 2k C2 150pF ­ Q1 2N5432 S D R4 2k Q2 2N2222 , high output resistance. Output is bidirectional. IOUT = A1 LT118A R2(V2 ­ V1) R1R4 R3 2


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PDF LT1010 150mA 20MHz O-220 LT1206 250mA, 60MHz LT1210 35MHz hp2810 LT1010 2 way video splitter circuit drawing LT1010CDD MJE3055 equivalent LM334 equivalent transistor LT1056CN8 LT1010CT LM334 lt1056 die
1991 - LT1210 as buffer

Abstract: 4mhz 8mhz 16mhz 8pin 2 way video splitter circuit drawing LT1010 application notes LT1010CT LT1010CDD LT1010 LM334 HP2810 Transistor 2N3866
Text: LT118A + CF 1nF A2 LT1010 VOUT CL 1010 AI06 The follower configuration is unique in that , shown here. As usual, V+ + A2 LT1010 A1 LT118A ­ C1 50pF R5 1k HOLD R6 1k OUTPUT + D2* 6V A4 LT118A D1 HP2810 Q3 2N2907 A3 LT118A C3 100pF R2 2k C2 , . IOUT = A1 LT118A R2(V2 ­ V1) R1R4 R3 2 A2 LT1010 OUTPUT R4 2k 0.1% + R2 , 7 of the LM163 and driving Pin 5. 6 R1 2k R5 2k 0.1% A3 LT118A + A2 LT1010


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PDF LT1010 150mA 20MHz O-220 LT1206 250mA, 60MHz LT1210 35MHz LT1210 as buffer 4mhz 8mhz 16mhz 8pin 2 way video splitter circuit drawing LT1010 application notes LT1010CT LT1010CDD LT1010 LM334 HP2810 Transistor 2N3866
1991 - hp2810

Abstract: LM163 HP2-810 MJE2955 power amplifier circuit MJE3055 equivalent LT1010CT LT1210 as buffer transistor MJE3055 LT1010 Transistor 2N3866
Text: Loads ­ 0 RS 2k VIN A1 LT118A + CF 1nF A2 LT1010 VOUT CL 1010 AI06 The , shown here. As usual, V+ + A2 LT1010 A1 LT118A ­ C1 50pF R5 1k HOLD R6 1k , A4 LT118A D1 HP2810 Q3 2N2907 A3 LT118A C3 100pF R2 2k C2 150pF ­ Q1 , = A1 LT118A R2(V2 ­ V1) R1R4 R3 2 A2 LT1010 OUTPUT R4 2k 0.1% + R2 100k , 7 of the LM163 and driving Pin 5. 6 R1 2k R5 2k 0.1% A3 LT118A + A2 LT1010


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PDF LT1010 150mA 20MHz O-220) LT1206 250mA, 60MHz LT1210 35MHz LT1795 hp2810 LM163 HP2-810 MJE2955 power amplifier circuit MJE3055 equivalent LT1010CT LT1210 as buffer transistor MJE3055 LT1010 Transistor 2N3866
Op amp cross reference

Abstract: op27 LT1055CN8 LT318A op 01
Text: LM118 LT118A LT318A LT1028AC LT1028C LT1037AC LT1037C LT1115C LT1122AC LT1122BC LT1122CC LT1122DC , Commercial Temp Version of LT118A M M M M Ultra-Low Noise, Precision, Low Drift Ultra-Low Noise


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PDF LT1001 LT1001C LT1006AC LT1006C LT1006S8 LT1007AC LT1007C LT1008C LT1012C LT1012AC Op amp cross reference op27 LT1055CN8 LT318A op 01
Not Available

Abstract: No abstract text available
Text: LT118?»A "» Exte n d in g the Input R a n g e Figure 1 shows a simplified schematic of the LT1187. In


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PDF 10MHz LT1193 LT1187 65V/jas, 50MHz, LT1187_ LT1187
2N2369

Abstract: LF156 LM118 LT1010 LT118A 2 way video splitter circuit diagram inverter circuit dc to ac 2V to 100V transistor 1020
Text: 100mA, 100ns input impulse is shown in figure 42 for three different cases. With Cs =0.33/xF, the LT118A , measured output resistance of 3MQ and 48nF equivalent output capacitance. Using an LT118A and lower


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PDF 20MHz Tcs125Â LT1010M LT1010C. 100mV T0-220 2N2369 LF156 LM118 LT1010 LT118A 2 way video splitter circuit diagram inverter circuit dc to ac 2V to 100V transistor 1020
Not Available

Abstract: No abstract text available
Text: 50 75 LT118†™ • TPCÛ2 Equivalent Input Noise Voltage vs Frequency 100 125


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PDF LT1187 LT1187 50MHz 10MHz LT1193
1986 - pe-6197

Abstract: op amp transistor current booster circuit 74C04 linear an18 MJE305 1000v to 2000v vac inverter circuit SCR c106 PIN CONFIGURATION 2n5160 12BH7A LT318A
Text: A1 LT118A A2 LT1010 + ­ A1 LT1022 VOUT CL (1a) (1b) 10k ­ LOAD LT1012


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PDF an18f AN18-16 pe-6197 op amp transistor current booster circuit 74C04 linear an18 MJE305 1000v to 2000v vac inverter circuit SCR c106 PIN CONFIGURATION 2n5160 12BH7A LT318A
1997 - LT1257

Abstract: LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 AN6677 AN1523 LTC201 spice
Text: , LT118A Fast, 1A Booster Stage AN47 47 104 LT1220 Fast-200mA AN47 46 101 , , LT118A 5 SUBJECT INDEX Amplifiers (Continued) Publication Page Number Figure Number , LT1013 AN21 2 2 LT318A, LT1012 LH2108 DS 1 NA LH2108A, LT118A LT1008 DS 11 , (5MHz) AN16 19 47 LT118A , LT1010 2-Input Video Fader LT1251/56 DS 1 NA


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PDF DN134) LT1016, LT1097, LT1222 LT1166, LT1431 LT1172, LT1006 LT1013, LT1088, LT1257 LT485 AN6752 OP227 "direct replacement" ltc1097 an6266 AN2544 AN6677 AN1523 LTC201 spice
LT 543 common cathode

Abstract: Royer oscillator circuit diagram Royer oscillator overload Royer converter Royer oscillator royer converter application note royer TO-250AA LT 543 IC pin diagram simple 6 v ccfl driver circuit
Text: ) LT118S-G14 ■75 -50 -25 0 25 50 75 100 125 150 175 TEMPERATURE (°C) 4-200 ■ssiaMbfl ooiEVbE 030 LT118Ó


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PDF 50jjA LT1107 63kHz, LT1172 100kHz LT1173 24kHz, LT1182 200kHz LT1183 LT 543 common cathode Royer oscillator circuit diagram Royer oscillator overload Royer converter Royer oscillator royer converter application note royer TO-250AA LT 543 IC pin diagram simple 6 v ccfl driver circuit
Q2N4401

Abstract: D1N3940 Q2N2907A D1N1190 Q2SC1815 Q2N3055 D1N750 Q2N1132 D02CZ10 D1N751
Text: No file text available


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PDF RD91EB Q2N4401 D1N3940 Q2N2907A D1N1190 Q2SC1815 Q2N3055 D1N750 Q2N1132 D02CZ10 D1N751
schematic diagram tv sony kv 2197

Abstract: scheme tv color tucson ISO106 LOG100 ADC600 ISO102 Yamaha psr keyboard repair manual DAC1600 Burr-Brown Application Note adc817
Text: No file text available


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PDF TX712 TX811 schematic diagram tv sony kv 2197 scheme tv color tucson ISO106 LOG100 ADC600 ISO102 Yamaha psr keyboard repair manual DAC1600 Burr-Brown Application Note adc817
8864702GA

Abstract: LTc 5962 RH101A RH1013M LTC1064-1AMJ 8856201 10Kn4 LT1010MH 5962-8856201xa 0P-221
Text: , L 8989701 CA, XA LT1031CMH 8980202XA LT1058MJ 8989702CA LT1031DMH 8980203XA LT118AMJ8 9451601 MPA


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PDF RH1Q13M RH1013M LM158/MC1558/0P-221 300mV QQlb77L> CA95035-7417 8864702GA LTc 5962 RH101A LTC1064-1AMJ 8856201 10Kn4 LT1010MH 5962-8856201xa 0P-221
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