Silicon Sensing CRS39A MEMS Gyroscope
High-Performance MEMS Gyroscope with Ultra-Low Noise for Precision Sensing
Silicon Sensing CRS39A MEMS Gyroscope offers high-performance motion sensing with ultra-low noise and exceptional bias stability, making it ideal for precision applications in aerospace, defense, and industrial sectors. Its compact and rugged design ensures reliable operation in demanding environments, delivering accurate and consistent data for critical systems. CRS39A is engineered for long-term stability, making it a trusted choice for applications requiring precise inertial measurements.
CRS39A MEMS Gyroscope Technical Specifications
| CRS39A-01 |
Supply Voltage (Vdd): | 5 V |
Angular Rate Range: | <-25 to >+25 °/s |
SF Setting Error: | ±0.17 % (at 45 °C) |
SF Error Over Temp: | ±0.17 % |
Bias Setting Error: | ±0.012 V |
Bias over Temperature: | ±85 ̊/hr |
Bias Instability: | 0.03 °/hr |
Bandwidth (nominal): | 25 Hz ±10 Hz |
Operating Temperature: | -10 °C to +110 °C |
Current Consumption: | 30 mA |
Why Choose the CRS39A MEMS Gyroscope?
Proven and robust silicon MEMS vibrating ring structure
FOG-like performance
DTG-like size and performance
Low Bias Instability (0.03°/h)
Excellent Angle Random Walk (0.004°/h)
Ultra-low noise (<0.006°/s rms, 10Hz)
Optimised for low rate range environments
(e.g. North Finding)
Precision analogue output
Temperature range from -10°C to +110°C
High shock and vibration rejection
Two temperature sensors and MEMS frequency
output for precision thermal compensation
RoHS compliant
Improved hysteresis
Lower current consumption than CRS39-03
What Is the CRS39A MEMS Gyroscope Used For?
Drilling equipment and guidance
Rail track monitoring
Gyro-compassing and heading control
Autonomous vehicles, UAVs and ROVs
Robotics
Additional Info
At the heart of the CRS39A is Silicon Sensing’s VSG3QMAX vibrating ring MEMS sensor which is at the pinnacle of 15 years of design evolution and the latest of a line which has produced over 30 million high integrity MEMS inertial sensors. The VSG3QMAX gyro sensor is combined with precision discrete electronics to achieve high stability and low noise, making the CRS39A a viable alternative to Fibre-Optic Gyros (FOG) and Dynamically Tuned Gyros (DTG). This latest model incorporates all-new drive electronics and improvements to the sensor head - enabling enhanced performance. CRS39A has been designed for mounting within a 25 mm inside diameter cylinder and is reduced to one PCB compared with the preceding CRS39 gyro. Two on board temperature sensors and the resonant frequency of the MEMS enable additional external conditioning to be applied to the CRS39A by the host, enhancing the performance even further.
Frequently Asked Questions
What is the CRS39A MEMS Gyroscope?
Silicon Sensing CRS39A MEMS Gyroscope offers high-performance motion sensing with ultra-low noise and exceptional bias stability, making it ideal for precision applications in aerospace, defense, and industrial sectors. Its compact and rugged design ensures reliable operation in demanding environments, delivering accurate and consistent data for critical systems.
What should I look for when selecting a gyroscope like the CRS39A MEMS Gyroscope?
Bias instability, angular random walk, range and environmental ratings determine fitness for your application — see the specifications above. The CRS39A MEMS Gyroscope delivers MEMS robustness with performance approaching fiber-optic alternatives.
Where is the CRS39A MEMS Gyroscope available?
The CRS39A MEMS Gyroscope is available through Leo Drive in the following region: Turkey. For other regions, please contact Leo Drive.
How can I get the datasheet and technical documents for the CRS39A MEMS Gyroscope?
The datasheet, user manual and other technical documents for the CRS39A MEMS Gyroscope are available on the manufacturer’s website. You can also contact Leo Drive for documentation and integration support.
Explore More at Leo Drive
The CRS39A MEMS Gyroscope is part of the MEMS Gyroscopes range at Leo Drive. Browse all autonomous vehicle sensors and components, or talk to our engineering team about integration in your project.
