Signal conditioned high precision pressure transducers

ASDX Series A-grade FEATURES • 0...1 to 0...100 psi, 0...±1 to 0...±15 psi • Absolute, gage or differential pressure • 0.5 to 4.5 V ratiometric output • Precision ASIC conditioning • Temperature compensated • Total accuracy ±0.5 to ±1.0 FSS

0 TO 1 PSI THROUGH 0 TO 100 PSI PRESSURE TRANSDUCERS SenSym ICT

This ASDX series is an amplified version of SenSym ICT’s proven performer and industry leading SDX series sensor. This amplified ASDX device is in a package with the slightly larger footprint as the SDX but it offers a high level (4.0 V span) output on a very cost effective basis. This family is f

0 TO 1 PSI THROUGH 0 TO 100 PSI PRESSURE TRANSDUCERS SenSym ICT

This ASDX series is an amplified version of SenSym ICT’s proven performer and industry leading SDX series sensor. This amplified ASDX device is in a package with the slightly larger footprint as the SDX but it offers a high level (4.0 V span) output on a very cost effective basis. This family is f

0 TO 1 PSI THROUGH 0 TO 100 PSI PRESSURE TRANSDUCERS SenSym ICT

This ASDX series is an amplified version of SenSym ICT’s proven performer and industry leading SDX series sensor. This amplified ASDX device is in a package with the slightly larger footprint as the SDX but it offers a high level (4.0 V span) output on a very cost effective basis. This family is f

0 TO 1 PSI THROUGH 0 TO 100 PSI PRESSURE TRANSDUCERS SenSym ICT

This ASDX series is an amplified version of SenSym ICT’s proven performer and industry leading SDX series sensor. This amplified ASDX device is in a package with the slightly larger footprint as the SDX but it offers a high level (4.0 V span) output on a very cost effective basis. This family is f

Signal conditioned high precision pressure transducers

ASDX Series A-grade FEATURES • 0...1 to 0...100 psi, 0...±1 to 0...±15 psi • Absolute, gage or differential pressure • 0.5 to 4.5 V ratiometric output • Precision ASIC conditioning • Temperature compensated • Total accuracy ±0.5 to ±1.0 FSS