基于FPGA的高压变频器脉冲信号编码技术的算法实现

FPGA-based High-Voltage Inverter Pulse Signal Encoding Algorithm

随着高压变频器在工业领域应用的普及,用户对装置的运行性能及产品工艺提出了更高的要求。这要求变频器生产厂家不仅要保证产品质量及运行的稳定性,而且在产品工艺方面做到更加完美。提高产品的工艺性及外观观赏性,就应做到保证产品实现同样的功能,对软件控制方式实现优化以减少硬件资源投入。本文将通过对脉冲信号编码技术的详细分析,来说明高压变频器脉冲信号传输编码技术的实现。

With the high-voltage inverter applications in the industrial area of the popularity of users of devices operating performance and product technology to a higher demand. This requires not only the inverter manufacturers to ensure product quality and operational stability, and technological aspects of the product be more perfect. Technology to improve products and ornamental appearance, it should be done to ensure that the functions of the same products, the software control to achieve optimization in order to reduce the hardware resources. This pulse signal through a detailed analysis of coding techniques to illustrate the high-voltage pulse signal transmission encoding converter technology to achieve