Gyroscope Digital Data Correction Using Stable-Range Averaging

The patent applies preliminary action by storing multiple A/D conversion results in a buffer memory before final output. The correction process calculates averages and applies corrections based on pre-stored data, allowing the system to compensate for conversion deviations without adding complex real-time conversion hardware. This resolves the contradiction by improving precision through pre-processing stored data rather than through complex real-time conversion.

The patent implements partial action by selectively applying correction only when necessary. The correction process checks whether the latest A/D conversion result falls within a predetermined range before applying averaging correction. When the value is within the range, correction is applied; when outside, the latest value is output directly. This resolves the contradiction by applying precision-improving correction only partially, maintaining fast response when correction is not needed.

The patent applies self-service by using the sensor's own output data to compensate for temperature drift. The correction process uses the relationship between the sensor output and reference voltage to calculate and apply corrections without requiring external temperature sensors or complex compensation circuits. The system corrects its own temperature drift effects using internally available data, resolving the contradiction by improving reliability through self-correction rather than external compensation systems.