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Uniaxial accelerometer FUTURESES H64MpiezoresistiveMEMSminiature
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Characteristics
- Number of axes
- uniaxial
- Technology
- MEMS, piezoresistive
- Other characteristics
- miniature, for crash tests, ultra-light, with analog output, analog, voltage output
- Acceleration range
Max.: 58,840 m/s²
(193,045 ft/s²)Min.: -58,840 m/s²
(-193,045 ft/s²)- Frequency
Max.: 7,000 Hz
Min.: 0 Hz
Description
Product overview
The FUTURESES H64M is a miniature uniaxial piezoresistive (MEMS) accelerometer with a voltage output, developed for crash and high-impact tests where minimal mass loading and a wide frequency range are required. It offers selectable measurement ranges and is optimized for high shock resistance and broad dynamic response.
Key features
Technology
H64M sensors use MEMS-based piezoresistive elements arranged as a Wheatstone bridge. This configuration ensures stable analog voltage output across a wide dynamic range and allows accurate measurement from DC up to 7 kHz while maintaining high impact tolerance.
Housing and options
Multiple configuration options are available, including different integrated cable lengths, selectable connectors and the option to integrate a Dallas DS2401 identification chip. Mechanical and electrical interfaces can be adapted to test rig requirements.
Applications
Environmental
Technical specifications
The FUTURESES H64M is a miniature uniaxial piezoresistive (MEMS) accelerometer with a voltage output, developed for crash and high-impact tests where minimal mass loading and a wide frequency range are required. It offers selectable measurement ranges and is optimized for high shock resistance and broad dynamic response.
Key features
- Sensor type: analog uniaxial accelerometer
- Sensor technology: piezoresistive (MEMS-based Wheatstone bridge)
- Output signal: voltage
- Selectable measurement ranges: ±50, ±100, ±200, ±500, ±2000, ±6000 g
- Frequency response: DC to 7000 Hz
- Shock resistance: up to 10,000 g
Technology
H64M sensors use MEMS-based piezoresistive elements arranged as a Wheatstone bridge. This configuration ensures stable analog voltage output across a wide dynamic range and allows accurate measurement from DC up to 7 kHz while maintaining high impact tolerance.
Housing and options
Multiple configuration options are available, including different integrated cable lengths, selectable connectors and the option to integrate a Dallas DS2401 identification chip. Mechanical and electrical interfaces can be adapted to test rig requirements.
Applications
- Automotive crash testing and instrumentation
- Impact and high-acceleration measurement tasks
- Test setups requiring minimal sensor mass to avoid altering dynamics
- Measurements compliant with SAE J211 impact test instrumentation
Environmental
- Operating temperature range: -40°C to +120°C
Technical specifications
- Sensor type: Accelerometer (analog)
- Sensor technology: Piezoresistive (MEMS, Wheatstone bridge)
- Number of sensitive directions: Uniaxial
- Output signal: Voltage
- Measurement ranges: ±50 g, ±100 g, ±200 g, ±500 g, ±2000 g, ±6000 g
- Frequency response: DC to 7000 Hz
- Impact / shock resistance: up to 10,000 g
- Temperature range: -40°C to +120°C
- Housing / options: configurable cable length, selectable connectors, optional Dallas DS2401 chip
- Standards: SAE J211 (impact test instrumentation)
- Design: miniaturized, lightweight for minimal mass loading in tests
Catalogs
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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.