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The new and improved MRM10 Analog IMU is a substantial performance upgrade employing our latest low noise gyro technology for improved bias and with improved environmental sealing and MIL-SPEC connector. It provides internally temperature compensated analog output of gyros, accelerometers and temperature. The MRM 10 IMU is ideal for applications requiring simple analog outputs, low cost, low power consumption, rugged packaging, small size, light weight and no inherent wear out modes for long life. The key feature of the MRM 10 IMU is the performance, which is optimized with fully temperature compensated bias and scale factor, compensated misalignment and g-sensitivity.

Download MRM10 Analog IMU Datasheet

Key Features:

• Low Cost & Rugged Analog IMU

• ±5 Volt Signal Output Swing

• Low Gyro Noise <0.014°/sec/√Hz 1σ

• Low Accel Noise <0.07mg/√Hz (2g) 1σ

• In Run Gyro Bias 25° /hour 1σ

• Fully Temperature Compensated Bias and Scale Factor

• Compensated Misalignment 1mrad and g-Sensitivity <0.03°/sec/g 1σ

• Low Power < 2/3 watt typical

• Light Weight <106 grams

• Small Size < 72cm³/4.4in³

• Low Voltage +3.1 or +5.5V (single sided)

• Wide Sensor Bandwidth 140 Hz

• External Sync Input (1 kHz or 1pps)

• Internal Vibration Isolation

• Precision Alignment

• 3 Internal Temperature Sensors

• Self Test

• Export Classification: Commerce ECCN7A994

The unit is highly durable and can withstand environmental vibration and shock typically associated with motorsports racing and commercial aircraft requirements.

The MRM 10 Analog IMU offers standard rate ranges of ±75°/sec, ±150°/sec or ±300°/sec and ±2g, ±6g or ±10g of linear acceleration. Other rate ranges and g levels are available. This IMU is well suited for low cost motorsports motion monitoring, automotive testing, antenna stabilization and pointing, general aviation as well as laboratory use. The unit is ideal where low gyro noise, excellent modeled performance coupled with small size, low power and light weight with a simple analog output are desired for MEMS IMU applications.