The ispXPGA architecture

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PGA849 Low-Noise, Wide-Bandwidth, Precision Programmable Gain Instrumentation Amplifier

1Features •Differentialtosingle-endedconversion •Eightpin-programmablebinarygains –G(V/V)=⅛,¼,½,1,2,4,8,and16 •Lowgainerrordrift:2ppm/°C(max) •Fastersignalprocessing: –Widebandwidth:10MHzatallgains –Highslewrate:35V/μs –Settlingtime: 500nsto0.01

PGA849 Low-Noise, Wide-Bandwidth, Precision Programmable Gain Instrumentation Amplifier

1Features •Differentialtosingle-endedconversion •Eightpin-programmablebinarygains –G(V/V)=⅛,¼,½,1,2,4,8,and16 •Lowgainerrordrift:±2ppm/°C(maximum) •Fastersignalprocessing: –Widebandwidth:10MHzatallgains –Highslewrate:35V/μsatG≥½V/V –Settlingti

PGA855 Low-Noise, Wide-Bandwidth, Fully Differential Output Programmable-Gain Instrumentation Amplifier

1Features •Eightpin-programmablebinarygains –G(V/V)=⅛,¼,½,1,2,4,8,and16 •Lowgainerrordrift:2ppm/°C(max) •Fullydifferentialoutputs –Independentoutputpower-supplypins –Outputcommon-modecontrol •Fastersignalprocessing: –Widebandwidth:10MHzatallgains

PGA855 Low-Noise, Wide-Bandwidth, Fully Differential Output Programmable-Gain Instrumentation Amplifier

1Features •Eightpin-programmablebinarygains –G(V/V)=⅛,¼,½,1,2,4,8,and16 •Lowgainerrordrift:1ppm/°C(max)atG=1V/V •Fullydifferentialoutputs –Independentoutputpower-supplypinstoallow forADCinputoverdriveprotection –Outputcommon-modecontrol •Faster