LF351 OP AMP IC Search Results

LF351H

Abstract: LF3S1N IC LF351 lf351 inverting op amp LF351 Op Amp IC LF351
Contextual Info: LF351 National Semiconductor LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET II technology . The device requires a low supply

IC LF351

Abstract: IC LF351N LF351 op-amp integrator LF351 op-amp integrator mhz LF351 Op Amp IC LM741 equivalent LF351 application circuits of lm741 LF351N features LM741
Contextual Info: LF351 National Semiconductor & LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET II technology . The device requires a low supply

IC LF351

Abstract: LF351 LF351 Op Amp IC LF351 APPLICATION Lf351 equivalent lf351 inverting op amp capacitor 50k LM741 application note ic lf351 as operational amplifier LF351 OPERATION
Contextual Info: LF351 National Semiconductor LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET I|tm technology . The device requires a low supply

LF351

Abstract: IC LF351 LF351 APPLICATION MV1Y Lf351 equivalent IC LF351N LF351 Op Amp IC LF351 OPERATIONAL AMPLIFIER
Contextual Info: LF351 £51 National mm Semiconductor LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET II technology . The device requires a low supply

IC LF351

Abstract: LF351 Op Amp IC ic lf351n ic lf351 as operational amplifier application circuits of lm741 LF351N LF351 OPERATIONAL AMPLIFIER LF351 APPLICATION LM741 equivalent 5648
Contextual Info: LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET IITM technology The device requires a low supply current and yet maintains a large gain bandwidth product

Contextual Info: December 1995 LF351 Wide Bandwidth JFET Input Operational Amplifier General Description The LF351 is a low cost high speed JFET input operational amplifier with an internally trimmed input offset voltage BI-FET II technology . The device requires a low supply

LF351M

Abstract: IC LF351N lf351 inverting op amp DS005648
Contextual Info: LF351 LF351 Wide Bandwidth JFET Input Operational Amplifier Literature Number: SNOSBH2 General Description are critical, the LF356 is recommended. If maximum supply current is important, however, the LF351 is the better choice. The LF351 is a low cost high speed JFET input operational

DBX 2155

Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 FEATURES APPLICATIONS • Wide Dynamic Range: >116 dB • Wide Gain Range: >130 dB • Exponential dB Gain Control • Low Distortion: (0.008% @ 0 dB gain, 0.035% @15dB gain) •

DBX 2155

Abstract: dbx 2151 DBX 2180 DBX 2150 2155 vca 2150a vca THAT2151 2150A LF351 op-amp application LF351 op-amp audio equalizer
Contextual Info: T H A T Corporation IC Voltage-Controlled Amplifiers THAT 2151, 2150A, 2155 APPLICATIONS No tR for ec o N m se ew m e 2 De end 18 sig ed 0/2 ns 18 1 FEATURES • Wide Dynamic Range: >116 dB • Faders • Wide Gain Range: >130 dB • Panners • Exponential (dB) Gain Control

NEC PC1701C

Abstract: TA7719P sony cxa1081 M51544L M52440ASP CXD1161 cxd1130 JRC 386 amp HM91620A pc1701c
Contextual Info: LINEAR ICs CROSS REFERENCE GUIDE 1. AUDIO 1.1 Analog Audio Application SAMSUNG Power Amplifier SANYO KA2201 *LA4145 KA2212 LA4140 KA386 KA2206 ‘ LA4182/3 TA7769P ROHM AN7116 BA527 *AN7112 BA526 AN7143 BA534 BA546 TA7376P KA22131 Dual EQ AMP { Power ‘ TA8210

LM11 op amp

Contextual Info: DAC1218/DAC1219 Semiconductor National DAC1218/DAC1219 12-Bit Binary Multiplying D /A Converter General Description The DAC1218 and the DAC1219 are 12-bit binary, 4-quad­ rant multiplying D to A converters. The linearity, differential non-linearity and monotonicity specifications for these con­

E2048

Abstract: LM11 national AD7521 AD7531 AD7541 DAC1208 DAC1218 DAC1218LCJ DAC1218LCJ-1 DAC1219
Contextual Info: DAC1218 DAC1219 12-Bit Binary Multiplying D A Converter General Description The DAC1218 and the DAC1219 are 12-bit binary 4-quadrant multiplying D to A converters The linearity differential non-linearity and monotonicity specifications for these converters are all guaranteed over temperature In addition

24v dc motor speed control lm324

Abstract: UA741 comparator smps LM339 TL082 opamp lm336 sot23 OPAMP LM311 LM324 - Low Power Quad Op-amp tl074 tl084 tl071 tl081 NE555 cmos
Contextual Info: COMPARATORS SPECIAL FEATURES Open Emitter and Collector LM311 bip, single High Speed (tre = 80ns) LM319 (bip, dual) LOW POWER (<200µA/op) Open Collector LM339 (bip, quad) LM393 (bip, dual) TS391* (bip, single) LM2901 (bip quad) LM2903 (bip, dual) Open drain

LM11 National

Contextual Info: DAC1218,DAC1219 DAC1218 DAC1219 12-Bit Binary Multiplying D/A Converter Literature Number: SNAS543A DAC1218 DAC1219 12-Bit Binary Multiplying D A Converter General Description a microprocessor bus is desirable the DAC1208 and DAC1230 series eliminate the need for additional interface

LDC 1002

Abstract: LF357 LF351 DAC1006 h1116
Contextual Info: - 200- 10 fc* -y _ PACI 000/1001/10 02/10 0 6/ 1007/1008 •œtab:7jS W T A = T A iin ~ T A m a x V0U T 1 = V O U T 2= 0 (1000/1/2 f -> £ § § *(1 0 0 6 / 7 / 8 ) ¡3^ m f flîif S R E L m m m t A L IN t ß ^ S iiÄ iü t • d ÎÏ2 iC M IL o ° * D

TLV2252

Abstract: tlc2262 equivalent TLC2272 equivalent TLE2071 TLE2141 equivalent TLE2061M TLE2062M TLE2064M TLE2072M TLE2074M
Contextual Info: A NEWSLETTER FOR TEXAS INSTRUMENTS MILITARY CUSTOMERS Volume 10 September 1996 Issue 5 SGYN122 TI MILITARY INTRODUCES JFET TLE2061M TLE2062M TLE2064M TLE2071M TLE2072M TLE2074M TLE2161M ADVANCED OP AMPs CMOS • High Input Impedance • Low Noise Currents

LF155A

Contextual Info: uim TECHNOLOGY LT1055/LT1056 Precision, High Speed, JFET Input Operational Amplifiers FCHTURCS D€SCRIPTIOn • Guaranteed Offset Voltage -5 5 °C to +125°C ■ Guaranteed Drift ■ Guaranteed Bias Current 70°C 125°C ■ Guaranteed Slew Rate 150/iV Max.

ad611

Abstract: lt356a LF155A
Contextual Info: LT1055/LT1056 L if m TECHNOLOGY Precision, High Speed, JFET Input Operational Amplifiers DCSCRIPTIOn FCflTURCS • Guaranteed Offset Voltage -55°C to 125°C ■ Guaranteed Drift ■ Guaranteed Bias Current 70°C 125°C ■ Guaranteed Slew Rate 150|iV Max

2N3565

Abstract: 2N4250 2n3565 equivalent transistor CURRENT-TO-FREQUENCY lm11c application notes IC LM331 lm331 1N457 National AN240 1N914
Contextual Info: National Semiconductor Application Note 240 Robert A. Pease May 1980 Does an analog-to-digital converter cost you a lot if you need many bits of accuracy and dynamic range? Absolute accuracy better than 0.1% is likely to be expensive. But a capability for wide dynamic range can be quite inexpensive.

CURRENT-TO-FREQUENCY

Abstract: IC LM331 2N3565 2N4250 photoresistors Photoresistor 2N3565 pin lm331 3N190 5622
Contextual Info: National Semiconductor Application Note 240 Robert A Pease May 1980 Does an analog-to-digital converter cost you a lot if you need many bits of accuracy and dynamic range Absolute accuracy better than 0 1% is likely to be expensive But a capability for wide dynamic range can be quite inexpensive

DAC102X

Abstract: DAC122X GD743 DAC1020 DAC1222 AD7520 AD7530 AD7533 DAC1021 National Semiconductor dac1221lcn
Contextual Info: DAC1020/DAC1021/DAC1022/DAC1220/DAC1221/DAC1222 SÔE D . . S3! • h S G 1 1 2 4 D D 7 M 3 3 2 bbb « N S C 5 NATI . National S F M IC O N D L IN E A R s e m ic o n d u c t o r u DAC 1020/DAC1021/D A C 1022 10-Bi t Binary Multiplying D /A Converter DAC 1220/D A C 1221 / DAC 1222

2N4250

Abstract: 2N3565 IC LM331 2n3565 equivalent transistor CURRENT-TO-FREQUENCY 2N3565 pin pico amp meter lm331 IC LM331 cost of the ic 1N484
Contextual Info: Does an analog-to-digital converter cost you a lot if you need many bits of accuracy and dynamic range? Absolute accuracy better than 0.1% is likely to be expensive. But a capability for wide dynamic range can be quite inexpensive. Voltage-to-frequency V-to-F converters are becoming

LF351 op-amp application

Abstract: LM324 Low Power Quad Op-amp L272 Circuit datasheets of op-amp LM 250 KA1458 LF351 op-amp LM319 AD9101 E220 L272 datasheet
Contextual Info: Operational Amplifiers and Comparators Analog Discrete Interface & Logic Optoelectronics Product Portfolio Building Block Solutions for Multi-Market Applications Across the board. Around the world. May, 2002 Analog Selection Guide High-Performance Op Amps

1N148 diode

Abstract: 1N148 2N160 LF155A exponential Voltage-to-Frequency Converter ic lf351 as operational amplifier ic u440 ad611 Power AMPLIFIER 6012 "High Speed Amplifiers"
Contextual Info: LT1055/LT1056 Precision, High Speed, JFET Input Operational Amplifiers U DESCRIPTION FEATURES • ■ ■ ■ Guaranteed Offset Voltage –55°C to 125°C Guaranteed Drift Guaranteed Bias Current 70°C 125°C Guaranteed Slew Rate 150µV Max 500µV Max 4µV/°C Max