Piezoresistive Accelerometers design for high frequency, high g shock measurement. A piezoresistive accelerometer takes advantage of the resistance change of piezoresistive materials to covert mechanical strain to a DC output voltage.
Piezoelectric Accelerometers are made of piezoceramics, single crystals, or, for high-temperature operation, tourmaline or lithium niobate featuring high frequency and temperature range while low weight in package.
Isotron® IEPE-type voltage mode accelerometers features an integral electronic impedance converter eliminating the need for an external charge amplifier. An IEPE accelerometer has a fixed amplitude range.
Variable Capacitance (VC) Accelerometers are dominant product of MEMS for both research field and sales market.
Strain gauge based accelerometers use strain gauges acting as arms of a full Wheatstone bridge to convert mechanical strain to a DC output voltage that varies with the applied acceleration.
BeanDevice® SmartSensor series contain tri-axial wireless accelerometers, single and bi-axial inclinometers. The sensors are perfect for measurement on embedded equipment for inertia, movement, vibration analysis and structural health.
Gladiator Technologies is a leading designer and manufacturer of world class high performance MEMS Gyros & Accelerometers, Systems and Integrated GPS based on their over 100 years experiences.
Bestech Australia introduces the new extremely lightweight piezoresistive accelerometer Endevco® 727 designed for accurate shock measurement during drop testing of consumer electronic devices, among other shock and impact testing environments.
Bestech Australia presents Silicon Designs single axis surface mount digital/analogue accelerometers.
