| Summary: | 碩士 === 國立虎尾科技大學 === 電機工程研究所在職專班 === 98 === The main purpose of this paper is try to implement a Azimuth high-performance laser pointing devices. Its high-performance means have a stand-alone implementation, Connection mode can be implemented, low cost chip, the ability of detect the magnetic distortion, calibrate magnetic distortion function and intelligent features to determine the shortest path to reach.
In this paper, use Optimal Solar Panel Installation Supporting System for the experiment. When the system calculated the optimal azimuth, use PSoC micro-processing chip, integrated to TDCM3 electronic compass chip, implement an laser pointing device that can receive calculated optimal azimuth of the system and define the optimal azimuth.
In the experiment, when system calculated the optimal azimuth, use RS232 interface connect to azimuth laser pointer with high-performance. According to the program written into the PSoC Microchip system chip of the Laser Pointer device, it can get active azimuth and receive the best azimuth from other device by RS232 interface, and work with the Algorithm of intelligent features to determine the shortest path to reach, and use LCD display module and Laser module to indicate the the best azimuth.
At last, let the azimuth laser pointer with high-performance compare with other universal digital compass modular on the market, we can prove that the azimuth laser pointer with high-performance that had higher flexibility and diversification than other universal digital compass modular on the market.
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