基于DSP的智能垃圾房臭氧浓度控制器设计

Design of Ozone concentration controller of intelligent garbage house based on DSP

传统智能垃圾房臭氧浓度控制器存在控制系数低,控制效果不佳等问题,为了解决上述问题,提出基于DSP的智能垃圾房臭氧浓度控制器设计研究。智能垃圾房臭氧浓度控制器硬件设计主要包括臭氧传感器设计、DSP设计与微处理器设计;软件设计为臭氧浓度采集模块、数字信号处理模块与臭氧浓度控制模块。通过硬件与软件的设计,实现基于DSP的智能垃圾房臭氧浓度控制器的运行。实验结果表明:与传统智能垃圾房臭氧浓度控制器相比,本文设计的智能垃圾房臭氧浓度控制器有效提升了智能垃圾房臭氧浓度控制器存在控制系数,验证了所设计的智能垃圾房臭氧浓度控制器具备良好的控制效果,具有一定可行性。

In order to solve the above problems,the design of ozone concentration controller based on DSP is proposed. The hardware design of Ozone concentration controller of intelligent garbage house mainly includes Ozone sensor design,DSP design and microprocessor design. The intelligent garbage house Ozone concentration controller designed in this paper effectively improves the control coefficient of the intelligent garbage house Ozone concentration controller,and proves that the designed intelligent garbage house Ozone concentration controller has good control effect and has certain feasibility.