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文章摘要
基于OMAPL138 FPGA的多路PWM发生器设计及应用
The design and application of multi-channel PWM pulse generator based on OMAPL138 FPGA
Received:May 25, 2015  Revised:June 25, 2015
DOI:
中文关键词: 可编程门阵列  死区延时  脉宽调制  电力电子
英文关键词: Field programmable gate array, Dead delay, Pulse width modulation, Power electronics
基金项目:
Author NameAffiliationE-mail
dou yali* XJ POWER CO. doudou-0113@163.com 
qiao haiqiang XJ POWER CO.  
qian fan XJ POWER CO.  
li longguang XJ POWER CO.  
li zijiu XJ POWER CO.  
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中文摘要:
      研制了如何利用OMAPL138和FPGA实现多路PWM脉冲发生器的设计。该脉冲发生器利用接口单元接收OMAPL138写入的PWM脉冲占空比和设置参数等数据,然后利用FPGA产生PWM波形,达到其工作不受OMAPL138影响的效果。同时介绍了脉冲发生器的硬件架构、基本原理和实现方法,并通过仿真和实验得到验证。该PWM发生器既简化了电路的设计,提高了系统的可靠性,又可保证逆变器功率元件触发的同步。目前该PWM发生器已经被成功应用于一种新能源发电的新型电力电子装置上。
英文摘要:
      This paper primarily presents a novel method using OMAPL138 and FPGA to implement multichannel PWM pulse generator with three-level PWM inverters. The pulse generator receives the PWM pattern parameters and setting parameters from a OMAPL138 processor through a built-in parallel interface, and produces the three-phase PWM drive signals without the OMAPL138 intervention. The hardware architecture, basic principles, implementation method of the pulse generator described in this paper and then verified by simulation and experiment. Three phase PWM generators have the feature of simplifying circuit-design, guaranteeing reliability of system and concurrent triggering of power devices. At present this PWM generator has been successfully applied in a kind of new power electronic device that use the new energy power generation.
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