LT1012 EQUIVALENT Search Results

LTC1049 equivalent

Abstract: LTC1150 equivalent LTC1050 LTC1150 LTC1152 LTC1250 LT1006 LT1077 LT1012A LT1178
Contextual Info: ≤50µV LT1006A LT1012 LT1024A LT1028A LT1077A ≥100V/µs See High Speed Amplifier Selection Card RS = 100Ω ≤17nV/√Hz LT1001 All LT1002 (All) LT1008 LT1012 (All) LT1113* LT1211/12 LT1213/14 LT1215/16 ≥10V/µs ≥50V/µs LT1022 LT1010 LT1028 LT1122

LT1012A

Contextual Info: _LT1012A/LT1012 Picoamp Input Current Microvolt Offset Low Noise Op Amp F€ATUft€S DCSCMPTIOft • OP-07 Type Performance at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents ■ Guaranteed Offset Voltage 25/*V Max

Amplifier type t thermocouple op07

Abstract: LT1012A OP07S allen bradley potentiometer type j Mosfet U1012 "Op Amp" lm 741 U1012 diode LT1012 LT1012D LT1012S8
Contextual Info: LT1012A/LT1012 r r i m m TECHNOLOGY Picoamp Input Current, Microvolt Offset, Low Noise Op Amp F€ATUR€S DCSCRIPTIOn • OP-07 Type Performance at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents ■ Guaranteed Offset Voltage

OP97

Abstract: 9419 8425 9221 LT1012 LT1024 LT1097 R106 KA00
Contextual Info: RELIABILITY DATA LT1012 / LT1024 / LT1097 / KA00 / KA01 / OP97 12/8/2000 • OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE HERMETIC SIDEBRAZE PLASTIC DIP SOIC/SOT/MSOP 250 8501 227 8601 4,697 9120 588 8501 5,762 • HIGHLY ACCELERATED STRESS TEST AT +131°C/85%RH

8501 equivalent

Abstract: LT1012 LT1024 LT1097 OP97 R106 8425
Contextual Info: RELIABILITY DATA LT1012 / LT1024 / LT1097 / KA00 / KA01 / OP97 8/21/2006 • OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE HERMETIC SIDEBRAZE PLASTIC DIP SOIC/SOT/MSOP NEWEST DATE CODE 490 8501 227 8601 4,747 9120 819 8501 6,283 • HIGHLY ACCELERATED STRESS TEST AT +131°C/85%RH

allen bradley potentiometer type j

Abstract: OP07S LT1012A op07 equivalent single supply Saturated Standard Cell of op 07 LM11 op amp
Contextual Info: LT1012A/LT1012 TECHNOLOGY m m Picoamp Input Current, Microvolt Offset, Low Noise Op Amp F€ATUR€S DCSCRIPTIOn • OP-07 Type Performance at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents ■ Guaranteed Offset Voltage 25/iV Max

CA3146 spice

Abstract: spice model CA3146 LT1012 spice model op07s LT1012A Low Bias Current Amplifiers Zero Drift Amplifiers LTspice op07 spice model lt 8 pin switching
Contextual Info: LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ OP-07 Type Performance: at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents Guaranteed Offset Voltage: 25µV Max

TRANSISTOR 2N3609

Abstract: SN1012 2N3609 allen bradley potentiometer type j OP07S LM11 op amp LT1012A allen bradley 10k pot LT1012 allen bradley potentiometer type j 1k
Contextual Info: LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ OP-07 Type Performance: at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents Guaranteed Offset Voltage: 25µV Max

LT1012A

Contextual Info: LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO FEATURES • ■ ■ ■ ■ ■ ■ ■ U ■ OP-07 Type Performance: at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents Guaranteed Offset Voltage: 25µV Max

allen bradley potentiometer type j

Abstract: TRANSISTOR 2N3609 OP07S LT1012A 2N3609 LT1012 allen bradley 10k pot LT1012S8 OP-07 10k resistor array SIP
Contextual Info: LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ OP-07 Type Performance: at 1/8th of OP-07’s Supply Current at 1/20th of OP-07’s Bias and Offset Currents Guaranteed Offset Voltage: 25µV Max

LTC1049 equivalent

Abstract: V49R LTC1150 equivalent LTC1150 LTC1051 equivalent LT1058A lt1078 LT1496 lt1028 LTC1051
Contextual Info: ≥10V/µs ≥50V/µs LT1022 LT1010 LT1028 LT1122 LT1037 LT1215/16 LT1055 LT1056 LT1057 LT1058 LT1115 LT1126 LT1127 LT1213/14 Typical Slew Rate ≥1V/µs ≥0.2V/µs LT 1006 All LT1007 LT1014 (All) LTC®1050 LT1413 (All) LTC1051 LT1464/5 LTC1052 LTC1053

pe-6197

Abstract: 74C04 op amp transistor current booster circuit MJE305 linear an18 12BH7A 1000v to 2000v vac inverter circuit 2n5160 SCR c106 PIN CONFIGURATION 2N3866
Contextual Info: Application Note 18 March 1986 Power Gain Stages for Monolithic Amplifiers Jim Williams Most monolithic amplifiers cannot supply more than a few hundred milliwatts of output power. Standard IC processing techniques set device supply levels at 36V, limiting available output swing. Additionally, supplying currents beyond

LT1252 equivalent

Abstract: lt1097 equivalent LT1256 equivalent OP05 equivalent LT318A LM108 EQUIVALENT op05 LTC1051 lt1028 maxim 346op
Contextual Info: Op Amp Selection Guide Selection by Design Parameter High Slew Rate Typ Slew Rate Low Power >10V/nS Maximum Supply Current per Amplifier <50mA < 6 0 ) iA LT1078A (D) LT1079A (Q) <1m A LT1077 LT1078(D) LT1079(Q) LT1178(D) LT1178A(D) LT1179(Q) LT1179A (Q)

op07 equivalent single supply

Abstract: T1012A LT1364 equivalent LT318A LT1256 equivalent LTC1150 equivalent lt1056c LTC1051 1013D LT1022A
Contextual Info: Op Amp Selection Guide Selection by Design Parameter High Slew Rate Typ Slew Rate Low Power < 50 liA < 1m A < 60|iA > 400V/HS > 50V/ JS >10V/|iS Maximum Supply Current (per Amplifier L F41 2A (D ) LM118/318 LT1190 LT1230 (Q) LT1022ALL LT118A/318A LT1191 LT1252

inverter circuit dc to ac 5V to 1000V

Abstract: 1000v to 2000v vac inverter circuit 12bh7a scr controlled servo amplifier transformer inverter ips 12v 74C04 op amp current booster using transistors 12V DC to 3 Phase 36V AC INVERTERS Photo SCR philips transistor MJE3055
Contextual Info: /Tunütë Application Note 18 TECHNOLOGY March 1986 Power Gain Stages for Monolithic Amplifiers Jim W illiams Most monolithic amplifiers cannot supply more than a few hundred milliwatts of output power. Standard 1C processing techniques set device supply levels at 36V, limiting available

LT1012C

Contextual Info: LT1012M, LT1012C HIGH-PERFORMANCE, LOW-NOISE OPERATIONAL AMPLIFIERS D3186, MARCH 1989 P PACKAGE • Internally Compensated TOP VIEW Input Offset Voltage: LT1012M . . . 35 HV Max LT1012C . . . 50 |iV Max V |0 T R IM Q • Input Bias Current (LT1012M): 100 pA Max at 25°C

Contextual Info: LT1012M, LT1012C HIGH-PERFORMANCE, LOW-NOISE OPERATIONAL AMPLIFIERS D3186, MARCH 1989 P PACKAGE TOP VIEW Internally Compensated • Input Offset Voltage: LT1012M . . . 35 |iV Max LT1012C . . . 50 MV Max 0 7 V |Q T R IM Q IN - 7 IN + C 3 • Input Bias Current (LT1012M):

LT1028

Abstract: LT1001 Lt1007 LT1055 LT105 LT1012 equivalent LT1007 equivalent Low Noise Op Amps equivalent LT1028 equivalent LT1006 equivalent
Contextual Info: DESIGN œ NOTES •ì IlII11 lW k \ WM TTEGHf'lOU Number 6 in a series from Linear Technology Corporation January, 1988 Operational Amplifier Selection Guide for Optimum Noise Performance George Erdi T h e L T 1 0 2 8 is th e lo w e s t n o is e o p a m p a va ila b le to d a y . Its

LT1001

Abstract: Low Noise Op Amps equivalent LT1013 equivalent LT10 LT1012 LT1028 LT1028 equivalent lt1055 lt1007 "operational amplifier selection guide"
Contextual Info: DESIGN NOTES October, 1987 Number 3 in a series from Linear Technology Corporation Operational Amplifier Selection Guide for Optimum Noise Performance George Erdi T h e L T 1 0 2 8 is the lo w e st n o ise o p a m p a vaila ble to d a y . Its T h e ta b le b e lo w lists w h ic h o p a m p g ive s m in im u m to ta l

LT1677 equivalent

Abstract: input resistance op amp LT1028 LTC6078 design ideas LT1677 Low Noise Op Amps equivalent LT1055 LT1122 LT1490
Contextual Info: DESIGN IDEAS Op Amp Selection Guide for Optimum Noise Performance by Glen Brisebois Introduction Linear Technology continues to add to its portfolio of low noise op amps. This is not because the physics of noise has changed, but because low noise specifications are being combined

LT1028

Abstract: 1M resistor datasheet LT1124 lt1211 LT1097 LT1112 LT1213 LT1468 LT1880 LT1881
Contextual Info: advertisement Op Amp Selection Guide for Optimum Noise Performance Design Note 355 Glen Brisebois Introduction Linear Technology continues to add to its portfolio of low noise op amps. This is not because the physics of noise has changed, but because low noise specifications are

lt1052

Abstract: LTKA0x LT1025 LTC1050 THERMOCOUPLE AMPLIFIER Amplifier type t thermocouple Seebeck generator ltc 1025 Thermocouple Type K LT1025 equivalent
Contextual Info: LT1025 Micropower Thermocouple Cold Junction Compensator U FEATURES • ■ ■ ■ ■ DESCRIPTIO 80µA Supply Current 4V to 36V Operation 0.5°C Initial Accuracy A Version Compatible with Standard Thermocouples (E, J, K, R, S, T) Auxiliary 10mV/°C Output

LT1025 equivalent

Contextual Info: LT1025 Micropower Thermocouple Cold Junction Compensator FEATURES • ■ ■ ■ ■ U ■ DESCRIPTIO 80µA Supply Current 4V to 36V Operation 0.5°C Initial Accuracy A Version Compatible with Standard Thermocouples (E, J, K, R, S, T) Auxiliary 10mV/°C Output

lt1052

Abstract: LTKA0x MARKING AG03 LT1025ACN8 LT1025 ltc 1025 marking ag01 BD01 1025fb LT1025AM
Contextual Info: LT1025 Micropower Thermocouple Cold Junction Compensator U FEATURES • ■ ■ ■ ■ ■ DESCRIPTIO 80µA Supply Current 4V to 36V Operation 0.5°C Initial Accuracy A Version Compatible with Standard Thermocouples (E, J, K, R, S, T) Auxiliary 10mV/°C Output