mV/V Sensors

Strain gauge bridge output pressure sensors for gauge, absolute and differential pressure sensing with high dynamic response, low power consumption and minimal active electronic components. These sensors have low voltage output signals which are proportional to the input supply voltage and typically have a 20 mV, 30 mV, 33 mV or 100 mV when supplied by 10Vdc.

Specify your millivolt output pressure transducer requirements

mV/V sensitivity pressure transducer for general pneumatic and hydraulic applications which require low level signal outputs. Since there is no amplifier circuitry in these sensors the measured signal response is only restricted by the mechanical natural frequency of the sensing element.

Pressure sensing elements with Strain gauge bridge output signals for incoprorating into OEM instrumentation design for easy adaption into your own custom mechanical configuration and electrical interface.

Pressure transducers with millivolt output signals for testing high pressures. Each sensor has a robust diaphragm technology to withstand the harsh pressure changes that occur regularly in dynamic hydraulic test systems.

Strain gauge output pressure sensors for testing low pneumatic pressures from 0-25 mbar up to 0 to 1 bar. Optimise power consumption and increase dynamic response time for your test programme or OEM design with these four arm strain gauge pressure sensors.

Water resistant strain gauge output pressure sensor for measuring hydrostatic liquid level or underwater system pressures. The low power consumption of wheatstone bridge strain gauge circuits are ideal for underwater measuring systems running off batteries.

Exposed flush face diaphragm pressure sensors with millivolt output signals for measuring the pressures of high viscosity liquids or where the internal volume of the pressure connection needs to be eliminated.

Small size 4 wire ratiometric pressure transducers with mV outputs proportional to input supply voltage. Ideal for research and testing applications where small dimensions, low weight and high frequency response are required.