电子电路实验实验总结报告题目名称：家用电热水器控制器学生姓名：学号：学生电话：指导教师：验收日期：电工电子实验教学中心制摘要用清洁能源电能进行加热的热水器被称作电热水器。电热水器与燃气热水器、太阳能热水器是目前市场上畅销的三大热水器种类。近年来，由于电热水器使用安全、用电方便快捷、加热迅速、价格便宜等方面的优势，人们对电热水器喜爱甚佳，市场销售历年居首，目前电热水器几乎成为家用电器必备之一。本文介绍一种储水式电热水器的控制器，其主要功能有进水设置与显示、进水控制、温度设置与显示、温度控制及自动报警等功能。本文先介绍了家用电热水器控制器总体方案设计，按照功能及技术性能指标要求，采用自上而下的设计方法对进水控制器和温度控制器的电路结构进行分析和设计，详细的介绍了两种控制器的工作原理；接着介绍了进水控制器的设计与仿真，进水控制器由水位预置电路、进水状况检测电路及电磁阀控制电路等电路组成，用Multisim软件完成了对各部分电路的仿真检验，检验了进水控制器设计的正确性；接着对温度控制器设计进行介绍，温度控制器由温度传感器电路、A/D转换电路、温度预置电路、加热器控制电路、时钟电路及数码管显示电路等电路组成，用软件Multisim完成了对各部分电路仿真检验，检验了温度控制器的设计的正确性；再对进水控制器硬件电路进行安装和调试，完成了进水控制器所要求的功能和技术指标。因次，从控制器的电路设计和仿真的结果和电路的安装和调试的情况来看，本文所介绍的家用热水器控制器的设计是成功的，完全实现了所要求的指标，验证了电路的可行性。目录第1章热水器控制器整体设计··················································································11.1题目简介······················································································································11.2功能及技术性能指标要求···························································································11.3进水控制器电路结构及工作原理···············································································21.4温度控制器电路结构及工作原理···············································································3第2章进水控制器电路设计与仿真·········································································52.1水位预置电路···············································································································52.1.1手动脉冲信号产生电路·····························································································52.1.2预置编码电路·············································································································52.1.3译码驱动显示电路······················································...
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