电子测试
電子測試
전자측시
ELECTRONIC TEST
2013年
7期
5-7
,共3页
臭氧发生器%数字信号处理器%DPLL
臭氧髮生器%數字信號處理器%DPLL
취양발생기%수자신호처리기%DPLL
ozone generator%digital signal processor%digital phase lock loop
针对 CF-G-3-1K 型臭氧发生器逆变电源直接对模拟量进行检测、处理及控制,抗干扰性差的缺点,设计了一种基于 DSP处理器的臭氧发生器逆变电源.通过对系统硬件和软件的设计,能够有效减小电源功率损耗,实现 DPLL 频率跟踪.结果证明,此设计对臭氧发生器电源系统的稳定性和经济性有很大提高并能够保证系统运行的实时性.
針對 CF-G-3-1K 型臭氧髮生器逆變電源直接對模擬量進行檢測、處理及控製,抗榦擾性差的缺點,設計瞭一種基于 DSP處理器的臭氧髮生器逆變電源.通過對繫統硬件和軟件的設計,能夠有效減小電源功率損耗,實現 DPLL 頻率跟蹤.結果證明,此設計對臭氧髮生器電源繫統的穩定性和經濟性有很大提高併能夠保證繫統運行的實時性.
침대 CF-G-3-1K 형취양발생기역변전원직접대모의량진행검측、처리급공제,항간우성차적결점,설계료일충기우 DSP처리기적취양발생기역변전원.통과대계통경건화연건적설계,능구유효감소전원공솔손모,실현 DPLL 빈솔근종.결과증명,차설계대취양발생기전원계통적은정성화경제성유흔대제고병능구보증계통운행적실시성.
To the problem that the inventer power supply of ozone generator CF-G-3-1K deals with analog quantity directly and shows poor anti-interference ability,an inverter power supply based on DSP for ozone generator is designed.Through the design of hardware and software for this system,it can effectively reduce the power loss and realize DPLL frequency tracking.As the results,the stability and economy of ozone generator power system is improved greatly and the real-time property of the system is ensured.
