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首页 > 电子元器件选型 > 放大器电路 > 仪表放大器

INA326EA/2K5

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INA326EA/2K5
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Texas Instruments

Precision, Low Drift, CMOS Instrumentation Amplifier 8-VSSOP -40 to 85

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¥41.8998
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生命周期状态： Active
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(6)
TIPD193 RTD to Voltage Reference Design Using Instrumentation Amplifier and Current Reference | TI.com
TIPD193: This reference design translates resistance temperature detectors (RTD) resistance to a voltage level convenient for an ADC input. A precision current reference provides excitation and an instrumentation amplifier scales the signal. The design also uses a three wire RTD configuration to minimize errors due to wiring resistance.
TIPD104 Current Sensing Solution, 10uA-10mA, Low-side, Single Supply | TI.com
TIPD104: This TI Reference Design provides the theory, component selection, and simulation of a single-supply, precision low-side current sensing solution that can accurately detect load currents from 10uA-10mA. The corresponding linear output is from 100mV to 4.9V. While traditional op amps can be used for such an application, the INA326 instrumentation amplifier enables a differential measurement and minimizes errors due to PCB parasitic. The INA326 can be used in low-side current sensing because the unique internal circuit topology allows for linear rail-to-rail input and output operation. A unique yet simple gain switching network was implemented in order to realize the wide load current range. See more TI Precision Designs
RTD to Voltage Reference Design Using Instrumentation Amplifier and Current Reference
TIPD193: This reference design translates resistance temperature detectors (RTD) resistance to a voltage level convenient for an ADC input. A precision current reference provides excitation and an instrumentation amplifier scales the signal. The design also uses a three wire RTD configuration to minimize errors due to wiring resistance.
TIPD107 Low-Level V-to-I Converter Reference Design, 0V to 5V input to 0uA to 5uA output | TI.com
TIPD107: This Verified Design is a micro-Amp voltage-to-current (V-I) converter circuit that delivers a precise low level current to a load. The design operates on a single 5V supply and uses a precision low drift op-amp, and instrumentation amplifier. Simple modification can change the range and accuracy of the V-I converter. See more TI Precision Designs
Low-Level V-to-I Converter Reference Design, 0V to 5V input to 0uA to 5uA output
TIPD107: This Verified Design is a micro-Amp voltage-to-current (V-I) converter circuit that delivers a precise low level current to a load. The design operates on a single 5V supply and uses a precision low drift op-amp, and instrumentation amplifier. Simple modification can change the range and accuracy of the V-I converter. See more TI Precision Designs
Current Sensing Solution, 10uA-10mA, Low-side, Single Supply
TIPD104: This TI Reference Design provides the theory, component selection, and simulation of a single-supply, precision low-side current sensing solution that can accurately detect load currents from 10uA-10mA. The corresponding linear output is from 100mV to 4.9V. While traditional op amps can be used for such an application, the INA326 instrumentation amplifier enables a differential measurement and minimizes errors due to PCB parasitic. The INA326 can be used in low-side current sensing because the unique internal circuit topology allows for linear rail-to-rail input and output operation. A unique yet simple gain switching network was implemented in order to realize the wide load current range. See more TI Precision Designs
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