HG3900 MEMS Inertial Measurement Unit
Overview
The next generation HG3900 IMU uses all-silicon MEMS (microelectromechanical system) technology to create a low size, weight and power (SWaP) package that performs as well or better than similar-sized IMUs using fiber optic gyroscope (FOG) or ring laser gyroscope (RLG) technology.
The HG3900 is designed and built at a Honeywell Aerospace facility in the USA. It typically has an ECCN of 7A003.d.1 but can vary depending on model selected. It generally requires an export license
The HG3900 is designed and built at a Honeywell Aerospace facility in the USA. It typically has an ECCN of 7A003.d.1 but can vary depending on model selected. It generally requires an export license
Specifications
Key Benefits
- All silicon MEMS IMU with superior performance vs. similar size RLG and FOG based IMUs
- Highly robust, ruggedized to tolerate high vibration, shock and dynamic thermal environments
- Performance has been validated over full environments by U.S. Army/NTA labs
- Reduced Size & Power
- SMALLER, LOWER POWER, HIGHER PERFORMANCE IMUs than available in FOG, RLG & Quartz-MEMS based IMUs today; with RELIABLE Performance throughout the product life without repair or overhaul.
- Small size (3.1 x 3.0 inches), and low weight (less than 2 pounds)
- The HG3900 offers many factory configurable features, such as data rate output, output message protocol, and flight control filtering, to simplify system integration.
Accel Bias In-Run Stability (mg 1σ)
- 0.050
Accel Bias Repeatability (mg 1σ)
- 0.5
Accelerometer Sensor Technology
- MEMS
Accelerometer Operating Range
- 37
Gyro Bias In-Run Stability
- 0.08 °∕hr 1σ
Gyro Bias Repeatability
- 0.5 °∕hr 1σ
Gyro sensor technology
- MEMS
Gyro Operating Range
- 1074°/sec
Gyro ARW
- 0.015
Accel Velocity Random Walk (VRW)
- .02
Weight
- <907 g
Dimensions
- 75mm diameter x 79mm H (not inclusive of mounting tabs)
Communication Protocols
- SDLC, ASYNC
Communication Ports
- RS-422 compatible TXD output
Data Rate
- 600Hz Control/100Hz Inertial
Operating Temperature
- -40C to +71°C (Inertial Performance), -54C to +85C (Control Performance)
Power Consumption
- <6 W Watt
Supply Voltage
- 5VDC and +15VDC
