PROGRAMMABLE GAIN OPAMP Search Results

Contextual Info: PSoC Creator Component Datasheet Inverting Programmable Gain Amplifier PGA_Inv 1.80 Features • Gain steps from –1 to –49 • High input impedance  Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

Contextual Info: PSoC Creator Component Datasheet Inverting Programmable Gain Amplifier PGA_Inv 1.70 Features • Gain steps from –1 to –49 • High input impedance  Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

Contextual Info: PSoC Creator Component Datasheet Inverting Programmable Gain Amplifier PGA_Inv 2.0 Features • Gain steps from –1 to –49 • High input impedance  Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

Contextual Info: PSoC Creator Component Datasheet Inverting Programmable Gain Amplifier PGA_Inv 1.90 Features • Gain steps from –1 to –49 • High input impedance  Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

Contextual Info: PSoC Creator Component Data Sheet Inverting Programmable Gain Amplifier PGA_Inv 1.60 Features • Gain steps from -1 to -49 • High input impedance • Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

g31 mv

Contextual Info: PSoC Creator Component Data Sheet Inverting Programmable Gain Amplifier PGA_Inv 1.50 Features • Gain steps from -1 to -49 • High input impedance • Adjustable power settings General Description The Inverting Programmable Gain Amplifier (PGA_Inv) component implements an opamp-based

na42n

Contextual Info: PSoC Creator Component Datasheet Programmable Gain Amplifier PGA 1.70 Features • Gain steps from 1 to 50 • High input impedance  Selectable input reference  Adjustable power settings General Description The PGA implements an opamp-based, noninverting amplifier with user-programmable gain.

Contextual Info: PSoC Creator Component Datasheet Programmable Gain Amplifier PGA 1.90 Features • Gain steps from 1 to 50 • High input impedance  Selectable input reference  Adjustable power settings General Description The PGA implements an opamp-based, noninverting amplifier with user-programmable gain.

Contextual Info: PSoC Creator Component Datasheet Programmable Gain Amplifier PGA 1.80 Features • Gain steps from 1 to 50 • High input impedance  Selectable input reference  Adjustable power settings General Description The PGA implements an opamp-based, noninverting amplifier with user-programmable gain.

Contextual Info: a#I5> Advance Product Information IMP50E20 EPAC Programmable Gain and Function Amplifier Electrically Programmable Analog Circuit Introduction The IMP50E20 is a Kidd-Program­ mable Gain and Function Amplifier imple­ mented with Electrically Programmable

Contextual Info: PSoC Creator Component Data Sheet Programmable Gain Amplifier PGA 1.60 Features • Gain steps from 1 to 50 • High input impedance • Selectable input reference • Adjustable power settings General Description The PGA implements an opamp-based, non-inverting amplifier with user-programmable gain.

ad7705 bridge

Abstract: 135208865AN-202 AD7705 AD7707 AN-202 AN-311 AN-397
Contextual Info: AD7705/AD7706/AD7707 Instrumentation Converter FAQs: Analog Performance a How is the programmable gain function implemented? Programmable gain is implemented using a combination of multiple input sampling per modulator cycle and scaling of the ratio of reference capacitor to input capacitor. Programmable gain is implemented using switched capacitor

GE50

Contextual Info: PSoC Creator Component Datasheet Programmable Gain Amplifier PGA 2.0 Features • Gain steps from 1 to 50 • High input impedance  Selectable input reference  Adjustable power settings General Description The PGA implements an opamp-based, non-inverting amplifier with user-programmable gain.

cy8ctma300

Abstract: CY8CTMA3 CY8CTMA301 CY8CTMA CY8CTST300 CY8ctma30 CY8CTMG300 analog comparator with opamp CY8CTMA301D CY8CTMG120
Contextual Info: 12. Programmable Gain Amplifier Programmable Gain Amplifier Data Sheet PGA Copyright 2002-2009 Cypress Semiconductor Corporation. All Rights Reserved. PSoC Blocks Resources Digital Analog CT API Memory Bytes Analog SC Flash RAM Pins (per External I/O)

Contextual Info: 12. Programmable Gain Amplifier Programmable Gain Amplifier Data Sheet PGA vX.Y Copyright 2002-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks Resources API Memory Bytes Digital Analog CT Analog SC Flash RAM Pins (per External I/O) 1 52

Contextual Info: 5V, Rail-Rail I/O, Zero-Drift, Programmable Gain Instrumentation Amplifiers ISL28533, ISL28534, ISL28535, ISL28633, ISL28634, ISL28635 The ISL28533, ISL28534, ISL28535, ISL28633, ISL28634, Features and ISL28635 are 5V Zero-Drift Rail-to-Rail Input/Output Programmable Gain Instrumentation Amplifiers PGIA . These

TT6174

Abstract: dtmf filter TT6177 472 J
Contextual Info: M-900 TT6177 Filter Features • Internal input amplifier accepts either differential or single-ended signals and provides programmable gain • Uncommitted op-amps available for use as limiters with programmable gain • Buffered reference voltage internally derived and ex­

Contextual Info: 5V, Rail-Rail I/O, Zero-Drift, Programmable Gain Instrumentation Amplifiers ISL28533, ISL28534, ISL28535, ISL28633, ISL28634, ISL28635 The ISL28533, ISL28534, ISL28535, ISL28633, ISL28634, Features and ISL28635 are 5V Zero-Drift Rail-to-Rail Input/Output Programmable Gain Instrumentation Amplifiers PGIA . These

NW1034

Abstract: ra2zl a4w 41 a4w 29 diode a4W RZ01 CA5470M HC5503PRC a4w 23 BY100
Contextual Info: HC5503PRC SLIC and the Newave NW1034 Quad PCM CODEC with Programmable Gain TM Application Note April 2001 AN9924 Authors: Don LaFontaine, Chris Ludeman Reference Design Using the HC5503PRC SLIC and the Newave NW1034 Quad PCM CODEC with Programmable Gain 2*Rp

Contextual Info: 12. Programmable Gain Amplifier Programmable Gain Amplifier Data Sheet PGA vX.Y Copyright 2002-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks API Memory Bytes Resources Digital Analog CT Analog SC Flash RAM Pins (per External I/O) CY8C29/27/24/22xxx,

2952 controller

Abstract: 2952 PDI Gain Setting Ringing Subscriber Line Interface Circuit NXP 29C48 29C53 PUB43801 29C44
Contextual Info: H ill IwSSmPRIS SEMICONDUCTOR 29C48 FEATURE CONTROL COMB< JUNE 19£ Features • EXTERNAL AND USER PROGRAMMABLE TRANSMIT AND RECEIVE GAIN • PROGRAMMABLE EXTERNAL HYBRID BALANCE NETWORK SELECT • PROGRAMMABLE ANALOG, DIGITAL AND SUBSCRIBER LOOPBACK • PROGRAMMABLE /¿/A-LAW SELECT

Contextual Info: intéT iATC 29C51 FEATURE CONTROL COMBO • Programmable /x/A-Law Select ■ External and User Programmable Transmit and Receive Gain ■ Flexible Signaling Interface ■ Programmable Internal and External Hybrid Balance Network Select ■ Secondary Analog Channel

circuit diagram 4-20ma RECEIVER

Abstract: 4-20mA to SPI Converter ADC1x1S626 4-20ma spi
Contextual Info: LMP7312 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Literature Number: SNOSB32A LMP7312 Precision SPI-Programmable AFE with Differential/SingleEnded Input/Output General Description Features The LMP7312 is a digitally programmable variable gain amplifier/attenuator. Its wide input voltage range and superior

2914 combo chip in digital communication system

Abstract: 29C53
Contextual Info: inU. iATC 29C48 FEATURE CONTROL COMBO • External and User Programmable Transmit and Receive Gain ■ Programmable /¿/A-Law Select ■ Programmable External Hybrid Balance Network Select ■ Low Power Consumption ■ Secondary Analog Input Channel ■ External Tone Injection to Receive Path