Product overviewThe FUTURESES H64C is a miniaturized uniaxial piezoresistive analog accelerometer designed for crash test and other low-mass measurement applications. It provides a wide frequency response and high shock tolerance while keeping sensor mass to a minimum for minimal loading of test structures. The device is suitable for use in Anthropomorphic Test Devices (ATDs) and meets SAE J211 requirements.
Key features- Sensor technology: Piezoresistive MEMS (Wheatstone bridge with four variable resistors)
- Axis configuration: Uniaxial
- Output: Voltage (analog)
- Available measurement ranges: ±50 g, ±100 g, ±200 g, ±500 g, ±2000 g, ±6000 g
- Frequency response: DC to 7000 Hz
- Shock resistance: Up to 10,000 g
- Operating temperature: -40°C to +120°C
- Housing/configuration: Multiple integrated cable lengths, connector options, optional Dallas DS2401 ID chip
TechnologyH64C sensors use a proven MEMS piezoresistive element configured as a Wheatstone bridge with four variable resistors. This architecture delivers a wide dynamic range and reliable performance under high shock, while enabling a compact, low-mass package suited to sensitive test environments.
Applications- Automotive crash tests and occupant safety measurements
- Integration in crash test dummies (ATDs) per SAE J211
- Any application requiring a very light uniaxial accelerometer with broad frequency response and high shock tolerance
Technical specifications- Model: FUTURESES H64C
- Type: Analog accelerometer
- Technology: Piezoresistive MEMS (Wheatstone bridge)
- Axes: Uniaxial
- Output: Voltage
- Measurement ranges: ±50 g, ±100 g, ±200 g, ±500 g, ±2000 g, ±6000 g
- Frequency response: DC – 7000 Hz
- Shock/impact resistance: Up to 10,000 g
- Operating temperature: -40°C to +120°C
- Compliance: SAE J211 (suitable for ATD/crash test dummy use)
- Configuration options: Integrated cable length variants, connector choices, optional Dallas DS2401 ID chip
- Design note: Miniaturized and lightweight to minimize mass loading of test structures