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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
OPA2137EA/2K5 Texas Instruments Low Cost FET-Input Operational Amplifier 8-VSSOP
AD515LH Texas Instruments FET-Input Electrometer Operational Amplifier 8-TO-99
OPA2137EA/250G4 Texas Instruments Low Cost FET-Input Operational Amplifier 8-VSSOP
OPA2137EA/250 Texas Instruments Low Cost FET-Input Operational Amplifier 8-VSSOP
AD515JH Texas Instruments FET-Input Electrometer Operational Amplifier 8-TO-99
AD515KH Texas Instruments FET-Input Electrometer Operational Amplifier 8-TO-99

"FET Input Amplifier" Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2015 - Not Available

Abstract: No abstract text available
Text: Low noise, low input bias current FET input amplifier Very low input bias current: ±0.25 pA typical , precise gain levels to maximize the dynamic range. The ADA4350 integrates a FET input amplifier , a , (SPI) or parallel control logic into a single IC. The FET input amplifier has very low voltage noise , Description . 1 FET Input Amplifier , Techniques . 27 ±5 V FET Input Amplifier


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PDF ADA4350 typical/65 MO-153-AE 28-Lead RU-28) ADA4350ARUZ ADA4350ARUZ-R7 EVAL-ADA4350RUZ-P
Not Available

Abstract: No abstract text available
Text: ) A 7 — Adds 20pSec to conv. time & 'A bit error (13 & 14 bit Models) FET Input Amplifier A 8—AddsIpSec to conv. time & V bit error (13 bit Models) ? FET Input Amplifier A 9—Adds 2pSec to conv. time & '/? bit error (14 bit Models) FET Input Amplifier 6. Mil. Spec & high reliability, hermetically , ) See Specification Tables. 100 megohms available with optional input amplifier (See Ordering Information). ±30 Volts Max. (±15 Volts with input amplifier ). DIGITAL OUTPUT SIGNALS (TTL/DTL


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PDF 12/aSec
PMI-OP

Abstract: SSM-2015 SSM2015 summing amplifier op41 pmi FET differential amplifier circuit operational amplifier as summing amplifier OP-41 TRANSISTOR N3 DC SERVO amplifier circuit
Text: audio signals down to 5Hz, and keeps eQUT = OV^, (±10mVDC). The OP-41 is a FET input amplifier , with low input offset voltage (Vos) and high input impedance. Although many low performance JFET/CMOS , , MASSACHUSETTS 02062-9106 • 617/329-4700 A Balanced Summing Amplifier The summing amplifier circuit shown in Figure 1 represents an excellent virtual ground summing amplifier using a balanced differential design , of this design can be incorporated in any system with balanced or mixed balanced and unbalanced input


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PDF AN-111 SSM-2015. OP-41, 10mVDC 10Hzto 20kHz. 20kHz) 23dBu 103dB PMI-OP SSM-2015 SSM2015 summing amplifier op41 pmi FET differential amplifier circuit operational amplifier as summing amplifier OP-41 TRANSISTOR N3 DC SERVO amplifier circuit
741 as buffer amplifier

Abstract: wein bridge oscillator high current fet amplifier schematic ICL8007 Monolithic Transistor Pair detector circuit using 741 OP-AMP 741 opamp wein bridge circuit wein bridge oscillator FET fet 741
Text: with any junction FET input amplifier , this current approximately doubles for every 10°C increase in , input offset voltage drift of an FET amplifier is inherently worse than that of a well-designed bipolar , amplifier input current, making the FET input type an obvious choice. At high currents, accuracy is finally , benefit from the use of an FET input amplifier since the capacitor discharge rate is a function of the , □ 023LS2 □ J" T-l^-IS A005 The ICL8007 -A High Performance FET — Input Operational


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PDF 023LS2 ICL8007 ICL8007, AN-30, IH5009 10-79-00B 741 as buffer amplifier wein bridge oscillator high current fet amplifier schematic Monolithic Transistor Pair detector circuit using 741 OP-AMP 741 opamp wein bridge circuit wein bridge oscillator FET fet 741
2004 - LTC2439-1

Abstract: CH10 S1336-5BK precision rectifier 16-Bit ADC ltc thermocouple circuit Thermistor interface with adc "FET Input Amplifier" hamamatsu S1336
Text: GND ­ 0.3 volts. CH10 CH10 is buffered with an LT1793 FET input amplifier suitable very high source , valid, even after a change in input channel. DC590 USB Serial Controller board and supplied software , automatically. Click the COLLECT button to start reading the input voltage. Click the slider at the bottom of the strip-chart display to change the input channel being displayed. For differential measurements


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PDF 16-BIT LTC2439-1 LTC2439-1 16-bit DC590 100mV CH10 S1336-5BK precision rectifier 16-Bit ADC ltc thermocouple circuit Thermistor interface with adc "FET Input Amplifier" hamamatsu S1336
p844m

Abstract: p845 P843M MP844 D 843 Transistor "micro power systems" mp845 MP843 dual fet L6
Text: TDN = ±1^V/°C to +150°C +150°C +300°C 400mW High impedance, low noise FET input amplifier using an OP-27 and an MP843 low noise dual FET . T Y PIC A L SP E C S: la ~ 10 pA Vos = 1 mV (un-nuiled , » Fijutt Voltisi V o ltili Capacitino Input R r a m Tenni« Dm'n to Onin Tim puituti Starts* Junction Liid


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PDF MP843 10MI1 100Hz, 500/l/A 500//A 500//A p844m p845 P843M MP844 D 843 Transistor "micro power systems" mp845 dual fet L6
2003 - S1336-5BK

Abstract: Piezo load cell sensor type j thermocouple deltec ltc thermocouple LTC2418 DC571A CH11 thermocouple to digital interface LOAD CELL ADC
Text: with an LT1793 FET input amplifier suitable for very high source impedance measurements. CH14, 15 , after a change in input channel. nected directly to the target application's analog signals while , . Figure 1. DC590 Program Click the COLLECT button to start reading the input voltage. Click the slider at the bottom of the stripchart display to change the input channel being displayed. For , CHANNEL DIFFERENTIAL 24 BIT ADC DC VOLTMETER INPUT 1mV TO 1000V 0A­3000A R1 900k 0.1%, 1W


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PDF LTC2418 LTC2418 24bit DC590 DC571A 0S36-01 IN914 LTC1050 50ppm/ S1336-5BK Piezo load cell sensor type j thermocouple deltec ltc thermocouple CH11 thermocouple to digital interface LOAD CELL ADC
SHM CERAMIC CAPACITOR

Abstract: 2501A SHM-49 SHM-49LC SHM-49LM SHM-49MC SHM-49MM
Text: configuration which results in faster switching and better feed-through attenuation. Additionally a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop , POWER GROUND 24 0.050 Typ TOP (LCC Version) 0.295, ±0.005 0.047, ±0.002 ANALOG INPUT S/H 2 , -0.5V to +7V Analog Input ±18V Digital Input 0.5V to +5.5V Output Current ±65 mA PHYSICAL , SPECIFICATIONS Apply ever temperature range and at ±15V dc and +5V dc unless otherwise specified. ANALOG INPUT


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PDF SHM-49 SHM-49 SHM-49MC SHM-49LC SHM-49MM SHM-49LM SHM-49, SHM CERAMIC CAPACITOR 2501A SHM-49LM
2003 - ad513

Abstract: AD513J AD513S AD513K AD516 SI-350 "FET Input Amplifier" ADI081108A
Text: for all general purpose FET input amplifier requirements where low cost and frequency response , (Fecdforward) Input Offset Voltage (Note 3) vs TemperatUre, T A = min to max vs Supply, T A = min to nux Input Bias Current Either Input (Note 4) Input Impedance Differemial Common Mode Input Noise Voltage, O.IHz to 10Hz SHz to SOkHz f = 1kHz (spot noise) Input Volrage Range Differential Common Mode, T A = min to , would not exceed S.oOpF of load capacitance. 3. Input Offset Voltage spe~ifications are guaranteed


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PDF AD513, AD516 AD513 AD516 10MHz 50VIJ 30MHz AD513J AD513S AD513K SI-350 "FET Input Amplifier" ADI081108A
2000 - shm capacitor

Abstract: SHM-49 49MC SHM-49MC SHM-49MM
Text: feedthrough attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling , 200 nanoseconds for a 10V step to ±0.01%. INPUT /OUTPUT CONNECTIONS PIN Sample-to-hold settling , FUNCTION +5V SUPPLY S/H CONTROL ANALOG INPUT ANALOG RETURN ­15V SUPPLY ANALOG OUTPUT +15V SUPPLY POWER GROUND +5V SUPPLY 1 2k 100pF 2k ANALOG INPUT 3 6 ANALOG OUTPUT SWITCH DRIVER S , ® ® SHM-49 ABSOLUTE MAXIMUM RATINGS ±15V Supply Voltage +5V Supply Voltage Analog Input Digital Input


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PDF SHM-49 200ns 100ns 16MHz 415mW SHM-49 DS-0239C shm capacitor 49MC SHM-49MC SHM-49MM
2002 - G10 sot23

Abstract: No abstract text available
Text: PRELIMINARY TECHNICAL DATA a 550MHz GBWP Precision FAST FET TM OP AMP Preliminary Technical Data AD8067 FEATURES CONNECTION DIAGRAM (TOP VIEW) FET Input Amplifier 1pA Input , FAST FETTM amp is a voltage feedback amplifier with FET inputs offering a wide gain bandwidth product , excellent dc offset (1mVmax) and drift (10uV/C max). The FET input bias current of 1pA max and low voltage , amplifier provides excellent distortion and overall performance. APPLICATIONS Photodiode Pre-Amplifier


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PDF 550MHz AD8067 55MHz, -100dB OT23-5 G10 sot23
49mc

Abstract: SHM-49MM datel shm SHM-49 SHM-49MC "FET Input Amplifier" SHM49M
Text: feed-through attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling , ±(0.05) INPUT /OUTPUT CONNECTIONS S/H CONTROL PIN FUNCTION 1 +5V 2 S/H CONTROL 3 ANALOG INPUT 4 , -49 ABSOLUTE MAXIMUM RATINGS ±15V Supply Voltage ±18V +5V Supply Voltage -0.5V to +7V Analog Input ±18V Digital Input -0.5V to +5.5V Output Current ±65 mA FUNCTIONAL SPECIFICATIONS Apply over temperature range and at ±15V dc and +5V dc unless otherwise specified. ANALOG INPUT /OUTPUT MIN. TYP. MAX. UNITS


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PDF SHM-49 SHM-49 DS-0239A 49mc SHM-49MM datel shm SHM-49MC "FET Input Amplifier" SHM49M
Not Available

Abstract: No abstract text available
Text: FET input amplifier design allows faster acquisition and settling times while maintaining a , -49 ABSOLUTE MAXIMUM RATINGS ±15V Supply Voltage +5V Supply Voltage Analog Input Digital Input Output Current , AX. _ - U N ITS V 1. O ne TTL load is defined as sinking 40 |jA with a logic 1 input and sourcing 1.6mA with a logic 0 input . 2. Full Scale (FS) = 10V. Full Scale Range (FSR ) = 20V. 3


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PDF SHM-49 SHM-49MC SHM-49LC SHM-49MM SHM-49LM SHM-49, 02048-1194/TEL 339-3000/TLX
AD503

Abstract: AD503K AD503J AD503S AD503JH
Text: closed loop applications. The AD503 is suggested for all general purpose FET input amplifier , Drift: 25/uV°C MAX GENERAL DESCRIPTION The AD503 is an IC FET input op amp which provides the user with input currents of a few pA, high overall performance, low cost, and accurately specified , nput Bias Current vs Common Mode Voltage Like most other FET input op amps, the AD503 displays a , to +125°C. It provides performance comparable to modular FET op amps, but because of its monolithic


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PDF AD503 25/uVÂ 400jiA. 100/xA/Vdif, AD503K AD503J AD503S AD503JH
Not Available

Abstract: No abstract text available
Text: results in faster switching and better feedthrough attenuation. Additionally, a FET input amplifier , including a maximum acquisition time of only 200 nanoseconds for a 10V step to ±0.01%. INPUT /OUTPUT , ANALOG INPUT ANALOG RETURN -15V SUPPLY ANALOG OUTPUT +15V SUPPLY POWER GROUND +5V SU PPLY 1 , W E R R E Q U IR E M E N T S +5V Supply Voltage -0.5V to +7V Analog Input ±18V +15V Supply Digital Input -0.5V to +5.5V -15V Supply Output Current ±65 mA +5V Supply


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PDF SHM-49 200ns 100ns 16MHz 415mW SHM-49 MA02048-1194 SHM-49, 000350b
OPA 339

Abstract: SHM-4860 SHM-4860MC SHM-4860MM SHM-4860MM-QL
Text: configuration which results in faster switching and better feedthrough attenuation. Additionally, an FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop , . ± 0.01" INPUT © HOLD COMMAND (0 HOLD COMMAND <51 INPUT /OUTPUT CONNECTIONS 1K0 -AMA— - S output SUPPLY BYPASS CAPACITORS PIN FUNCTION PIN FUNCTION 1 OUTPUT 13 INPUT 2 N/C 14 N/C 3 N/C 15 , FUNCTIONAL SPECIFICATIONS Typcal at 25 °C, +15V, and +5V supplies unless otherwise noted. ANALOG INPUT


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PDF SHM-4860 SHM-4860 SHM-4860MC SHM-4860MM SHM-4860MM-QL MIL-STD-883B 02048-1194ATEL 339-3000/TLX 174388/FAX OPA 339
AD503

Abstract: AD503J AD503JH AD503K AD503S
Text: . The AD503 is suggested for all general purpose FET input amplifier requirements where low cost is of , : 25mV°C MAX GENERAL DESCRIPTION The AD503 is an IC FET input op amp which provides the user with input , most other FET input op amps, the AD503 displays a degraded bias current specification when operated at , performance comparable to modular FET op amps, but because of its monolithic construction, however, its cost , high impedance sources, in which bias current can be a primary source of error. Input bias current


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PDF AD503 400/xA. 100/xA/Valt) AD503J AD503JH AD503K AD503S
SHM-49

Abstract: SHM-49MC SHM-49MM
Text: configuration which results in faster switching and better feedthrough attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. INPUT /OUTPUT CONNECTIONS PIN FUNCTION 1 +5V SUPPLY 2 S/H CONTROL 3 ANALOG INPUT 4 ANALOG , SUPPLY 1 ANALOG INPUT 3 S/H CONTROL 2 2kil -WV 2ki2 "A/VV" 100pF SWITCH DRIVER 6 ANALOG OUTPUT , MAXIMUM RATINGS ±15V Supply Voltage ±18V +5V Supply Voltage -0.5 V to +7V Analog Input ±18V Digital


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PDF SHM-49 200ns 100ns 16MHz 415mW SHM-49 SHM-49MC SHM-49MM
2011 - gc 5.5V .47f capacitor

Abstract: SHM-49GM
Text: switching and better feedthrough attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. INPUT /OUTPUT CONNECTIONS Pin 1 2 3 4 5 6 7 8 Function +5v Digital Supply S/H Control Analog Input Analog Return ­15v Supply , 100pF 2k ANALOG INPUT 3 6 ANALOG OUTPUT S/H CONTROL 2 SWITCH DRIVER 8 POWER GROUND 4 ANALOG , Maximum Ratings ±15V Supply Voltages +5V Supply Voltages Analog Input Digital Input Output Current ±18V


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PDF SHM-49 3-40ACKAGE 200ns 100ns 16MHz 415mW SHM-49 gc 5.5V .47f capacitor SHM-49GM
2011 - Not Available

Abstract: No abstract text available
Text: results in faster switching and better feedthrough attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. INPUT /OUTPUT CONNECTIONS Pin 1 2 3 4 5 6 7 8 Function +5v Digital Supply S/H Control Analog Input Analog Return , SUPPLY 1 100pF 2k ANALOG INPUT 3 6 ANALOG OUTPUT S/H CONTROL 2 SWITCH DRIVER 8 POWER GROUND , Maximum Ratings ±15V Supply Voltages +5V Supply Voltages Analog Input Digital Input Output Current ±18V


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PDF SHM-950 800ns 200ns 16MHz 415mW SHM-950
2008 - MURATA MW

Abstract: sample hold shm capacitor SHM-950 SHM-950MC SHM-950MM SHM CERAMIC CAPACITOR
Text: , a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. ­15V SUPPLY 5 INPUT /OUTPUT CONNECTIONS Pin 1 2 3 4 5 6 7 8 Function +5v Digital Supply S/H Control Analog Input Analog Return ­15v Supply Analog Output +15v Analog Supply Power Ground +5V SUPPLY 1 +15V SUPPLY 7 2k 100pF 2k ANALOG INPUT 3 6 , Amplifiers Absolute Maximum Ratings ±15V Supply Voltages +5V Supply Voltages Analog Input Digital Input


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PDF SHM-950 800ns 200ns 16MHz 415mW SHM-950 MURATA MW sample hold shm capacitor SHM-950MC SHM-950MM SHM CERAMIC CAPACITOR
SHM-45MC

Abstract: SHM-45MM SHM-45MM-QL
Text: faster switching and better feedthrough attenuation. Additionally, an FET input amplifier design allows , device acts as an inverting unity gain amplifier and its output will track its input . A logic 0 on pin 12 , -REFERENCES PIN 1 ' 0 600 3 100 r MS 2. NOTE PINS HAVE 0 025 INCH STANDOFF FROM CASE ±0 01" INPUT /OUTPUT CONNECTIONS PIN FUNCTION PIN FUNCTION 1 OUTPUT 13 INPUT A 2 N/C 14 RANGE 3 N/C 15 GROUND 4 N/C 16 N/C 5 , Analog Input (Pin 13, 14)1. . +18V Digital Input (Pins 11, 12). . -0.5V to +5.5V


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PDF ADC-500/505 SHM-45 to-10 SHM-45MC SHM-45MM SHM-45MM-QL MIL-STD-883B 02048-1194H
Not Available

Abstract: No abstract text available
Text: . Additionally, an FET input amplifier design allows faster acquisition and settling times while maintaining a , as an inver ting unity gain amplifier and its output will track its input . A logic "1 " on Pin 11 , FROM CASE. ± 0 0 1* INPUT /OUTPUT CONNECTIONS PIN 1 2 3 4 5 6 7 8 9 10 11 12 FUNCTION OUTPUT NIC N/C , 24 FUNCTION INPUT NIC GROUND NIC NIC NIC NIC NIC GROUND - 15V SUPPLY GROUND + 15V SUPPLY IN P U T , Typcal at 25 °C, ±15V, and +5V supplies unless otherwise noted. ANALOG INPUT /OUTPUT MIN. TYP. MAX. _ -


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PDF SHM-4860 SHM-4860 i4860MM SHM-4860MM-QL MIL-STD-883B 339-3000H 174388/FAX
2011 - mosfet High-Speed Switching 100mhz

Abstract: shm capacitor SHM-50GM SHM CERAMIC CAPACITOR
Text: . Additionally, a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. INPUT /OUTPUT CONNECTIONS Pin 1 2 3 4 5 6 7 8 Function +5v Digital Supply S/H Control Analog Input Analog Return ­5v Supply Analog Output +5v Analog Supply Power Ground ­5V SUPPLY 5 +5V ANALOG SUPPLY 7 1k 7 +5V DIGITAL SUPPLY 1 1k 7 ANALOG INPUT 3 6 ANALOG OUTPUT S/H CONTROL , 3 5.11k7 3M7 HIGH-SPEED FAST-SETTLING AMPLIFIER 1k7, 0.1% ANALOG INPUT ­15V +15V R2


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PDF SHM-50 3-40ACKAGE 100MHz 135mW SHM-50 mosfet High-Speed Switching 100mhz shm capacitor SHM-50GM SHM CERAMIC CAPACITOR
2000 - Precision Sample and Hold

Abstract: shm capacitor SHM-49 SHM-950 SHM-950MC SHM-950MM SHM CERAMIC CAPACITOR DS0484
Text: configuration which results in faster switching and better feedthrough attenuation. Additionally, a FET input amplifier design allows faster acquisition and settling times while maintaining a considerably lower droop rate. ­15V SUPPLY 5 +15V SUPPLY 7 FUNCTION +5V SUPPLY S/H CONTROL ANALOG INPUT ANALOG , dissipation GENERAL DESCRIPTION INPUT /OUTPUT CONNECTIONS DATEL's SHM-950 is a high-speed, highly , INPUT 3 6 ANALOG OUTPUT SWITCH DRIVER S/H CONTROL 2 8 POWER GROUND 4 ANALOG RETURN


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PDF SHM-950 18-Bit 800ns 200ns 16MHz 415mW SHM-950 DS-0484 Precision Sample and Hold shm capacitor SHM-49 SHM-950MC SHM-950MM SHM CERAMIC CAPACITOR DS0484
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