The EICT signal-conditioning module has been specifically designed to operate with the ICT and SLT190 range of contactless, linear position transducers. These EICT's are desig...
The EICT signal-conditioning module has been specifically designed to operate with the ICT and SLT190 range of contactless, linear position…
Filtering signal conditioner for sensor signal matching with symmetrical +/- 4 V voltage output.
The NV4a amplifies, filters and normalises the output signals of SEIKA sens...
Filtering signal conditioner for sensor signal matching with symmetrical +/- 4 V voltage output. The NV4a amplifies, filters and normalises…
Filtering signal conditioner for sensor signal matching to a 4...20mA, 2-wire interface.
The NV6a amplifies, filters and normalises the output signals of SEIKA sensors. The...
Filtering signal conditioner for sensor signal matching to a 4...20mA, 2-wire interface. The NV6a amplifies, filters and normalises the output…
Filtering signal conditioner for sensor signal matching with an asymmetric 0...5V output voltage.
The NV8a amplifies, filters and normalises the output signals of SEIKA sen...
Filtering signal conditioner for sensor signal matching with an asymmetric 0...5V output voltage. The NV8a amplifies, filters and normalises the…
The SCM100 LVDT signal-conditioning module has been designed specifically to operate with the AF111 and AF145 range of LVDTs, and to make using an LVDT as simple as using a li...
The SCM100 LVDT signal-conditioning module has been designed specifically to operate with the AF111 and AF145 range of LVDTs, and…
The new Penny & Giles model SSC is a Sensor Signal-Conditioning unit housed in an IP68 protected metal enclosure. It is suitable for use with any sensor that produces a dc...
The new Penny & Giles model SSC is a Sensor Signal-Conditioning unit housed in an IP68 protected metal enclosure. It…
The Penny & Giles model UCM is a low voltage dc powered Universal Signal-Conditioning Module designed to operate with a wide range of LVDTs, RVDTs and other analogue induc...
