研究了工业控制用低速率塑料光纤接收芯片的设计方案。首先根据实际情况对整个接收芯片的基本参数、生产工艺的选择进行了分析,然后提出了塑料光纤接收芯片的系统架构,详细分析了电路中直流失调和1/f噪声两大关键问题的解决思路,并应用Cadence软件设计了功能完备的接收芯片。最后通过搭建仿真传输链路,对设计的塑料光纤接收芯片性能进行了验证。 The design of low-rate plastic optical fiber receiver chip for industrial control is studied. First of all, based on the actual situation of the entire receiver chip basic parameters, the choice of production process were analyzed, and then put forward the plastic optical receiver chip system architecture, a detailed analysis of the circuit DC offset and 1 / f noise two key issues of solution , And Cadence software designed a fully functional receiver chip. Finally, through the establishment of simulation transmission link, the design of plastic optical receiver chip performance verification.