MEMS Quartz Angular Rate Sensor Ideal for High Performance Commercial Applications: • • • • • Attitude Control for Small Business & Regional Aircraft Antenna, Optical Platform Stabilization & Pointing Instrumentation Motion Control Robotics & Robotic Vehicles Outstanding Vibration & Noise Performance Exceptional Bias Stability Compact Size, No Wear-Out Mechanisms Out High Reliability & Long Life DC Voltage Input/High-Level Analog DC Voltage Output Level Adaptable – No Software Required The SDG500 single-axis angular rate sensor provides exceptional performance versus similar sensors in its class, axis with a lower noise capability superior to silicon based gyros. The SDG500 utilizes our proven Quartz MEMS silicon-based sensing technology and fully-contained electronics in a durable, compact size. contained By applying design techniques found only in more expensive rate sensors, excellent bias stability, temperature excellent performance, noise, and vibration performance levels have been achieved.

MEMS Quartz Angular Rate Sensor Power Requirements Input Voltage Input Current + and – 10 to 15 Vdc < 20 mA (each supply, typical) supply Standard Range Full Scale Full Scale Output (Nominal) Scale Factor (at 25°C, Typical) Scale Factor Over Temperature Bias Calibration (at 25°C) Bias Variation over Temperature (Dev. from 25°C) Bias Stability (In-Run at Constant Temp., Std. Dev.) +Vdc input Power Ground -Vdc Input Temp Output Signal Return Rate Output No Connection Self Test Input Case Ground Built-In Test G Sensitivity Start-Up Time Bandwidth (-90°, incl. temp. effect) Damping Ratio Non-Linearity,...