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The electronic gyroscope sensor is a durable and high-performance sensor designed for precision angular velocity measurement. It features multiple output options, including RS232, RS485, RS422, TTL, and CAN, offering flexible integration for various systems. Additionally, its low power consumption and excellent bias stability ensure reliable and efficient performance.
Note: The sensor is unaffected by magnetic fields and can accurately measure yaw angles in magnetic environments. By simply setting the required zero-bias angle (±180°/0-360°), it can replace the electronic compass function without being influenced by magnetic fields.
Electronic Gyroscope Sensor with Multi-Interface Output, 1 Axis User Manual
The accuracy of a gyroscope sensor is typically measured by its angular velocity resolution and noise level. Modern MEMS gyroscopes can achieve very high accuracy, making them suitable for many applications. The accuracy depends on the specific sensor model, with some high-precision sensors offering angle errors within a few degrees.
A gyroscope measures angular velocity (rotation), while an accelerometer measures linear acceleration (changes in velocity). They are often used together to provide a complete understanding of an object's motion.
MEMS gyroscopes typically output either analog or digital signals. Analog outputs can be converted to digital signals using an ADC (Analog-to-Digital Converter), while digital output gyroscopes can be read directly through I2C or SPI interfaces. Signal processing might include filtering, amplification, or other signal conditioning depending on your application.