Variable Capacitance Accelerometers are lower-range MEMS accelerometers (Micro Element Mechanical System) manufactured using microelectronic fabrication technique. Unlike IEPE or piezoelectric accelerometer, MEMS variable capacitance accelerometers can measure static or DC acceleration with frequency down to 0 Hz. They also possess distinct features such as high sensitivity, low power consumption, excellent linearity and independent of temperature. This makes them ideal for measurement of low noise vibration, motion or seismic applications.
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SDI 1410 | Digital Surface Mount Accelerometer
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SDI 1521 | Analog Surface Mount Accelerometer
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SDI 1525 | Analog Inertial Low g Surface Mount MEMS Accelerometer
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SDI 1527 | Analog inertial surface mount MEMS accelerometer
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SDI 1531 | High-Temperature resistant Analog Surface Mount Accelerometer
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SDI 2012 & 2422 | Low Voltage DC Accelerometer
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SDI 2210, 2220, 2260, 2266, and 2276 | Single Axis MEMS Variable Capacitive Accelerometers
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SDI 2422H | Specialty Low Voltage +5 V DC MEMS Variable Capacitive Accelerometer
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SDI 2227 | Q-module inertial MEMS accelerometer
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SDI 2240 & 2480 | Specialty Hermetic DC Variable Capacitive Accelerometers
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SDI 2460, 2466, 2470, and 2476 | Triaxial MEMS Variable Capacitive Accelerometers
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Endevco 7290D | DC accelerometer with High Thermal Stability
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Endevco 7290E/7290EM5 | DC accelerometers with Precision digital temperature compensation electronics
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Endevco 7290G/ 7290GM5 | DC accelerometers with Precision digital temperature compensation electronics
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Endevco 7298 | Hermetically sealed Triaxial Variable capacitance accelerometer
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Endevco 7596A VALULINE™ | Cost effective, Rugged DC response accelerometer
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Variable Capacitance Accelerometers are lower-range MEMS accelerometers (Micro Element Mechanical System) manufactured using microelectronic fabrication technique. Unlike IEPE or piezoelectric accelerometer, MEMS variable capacitance accelerometers can measure static or DC acceleration with frequency down to 0 Hz. They also possess distinct features such as high sensitivity, low power consumption, excellent linearity and independent of temperature. This makes them ideal for measurement of low noise vibration, motion or seismic applications.