Ultrasonic

The couple of transducer 400ST/R10P is suitable for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

The couple of transducer 400ST/R120 is suitable for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

The couple of transducer 400ST/R120 is suitable for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

The couple of transducer 400ST/R16M is suited for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

The couple of transducer 400ST/R16P is suited for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

Ultrasound electrostatic transducer, open case with plastic protective grid, typical drive frequence 50KHz, size 28.6x28.6mm

Ultrasound transducer are suitable for non-contact distance measurement

The couple of transducer 500MB120 is suitable for low cost applications where the minimum measurable distance is a fundamental parameter or anyway for simple detection of people and objects passing.

Pro-Wave now presents a series of mechnoelectrical sensors and detectors produced by advanced piezoelectric polymer film technology. The polymer film of polyvinylidene fluoride (PVF2) exhibits a conspicuous piezoelectric effect and also has high compliance comparing with other piezoelectric crystals or ceramic materials. Because of its superior piezoelectric strain constant (g value), 10-20 times larger than piezoelectric ceramic, it is an ideal sensing material for converting mechanical to electrical energy.

The Ultrasonic Vibration Micro Nozzle transducer is constructed using a piezoelectric ceramic material and metal foil, on which thousands of micro nozzles are formed.