Charge Converter works with high-temperature sensors.
Press Release Summary:
Dual Sensitivity Model 422M147 converts high-impedance charge sensor signals to low-impedance voltage signals for operation with ICP® sensor signal conditioners or readout devices that have ICP® sensor input. It permits user to jumper select between 2 fixed sensitivities and allows use of coaxial cable at output. Featuring ground-isolated aluminum enclosure, device operates to 250°F and is suited for sensors with resistance as low as 10k ohm.Original Press Release:
Dual Sensitivity Charge Converter
March 8, 2004, Depew, NY - New Model 422M147 Dual Sensitivity Charge Converter from the Electronics Division of PCB Piezotronics, Inc. converts high impedance charge sensor signals to low impedance voltage signals for operation with ICP® sensor signal conditioners or readout devices which have an ICP® sensor input. Device is designed for use with high temperature sensors with as low as 10k ohm resistance.
Unit offers operating temperature range to 250 °F (121 °C). Devices permit user to jumper select between two fixed sensitivities, and allow for use of inexpensive coaxial cable at output. Ground isolated aluminum enclosure mounts easily to equipment. Custom sensitivities and connectors are available; TEDS (Transducer Electronic Data Sheet) capabilities are optional.
For additional information, contact the Electronics Division of PCB Piezotronics, Inc., toll-free in USA and Canada at 800-828-8840 or call 716-684-0001; E-mail: electronics@pcb.com; fax 716-684-0987; or visit www.pcb.com.
