CAJ | 학술논문

为测量数据在光纤传输过程中的时延和误码率，设计了以光纤为传输介质的高速数据收发电路，采用 TLK1501作为电信号到光信号的接口器件，利用 FPGA(现场可编程门阵列)设计了接收端和发送端的单元电路，并对接收到的数据进行了比对，做误码分析。实验结果证明，该电路设计可靠性高，具有较高的实用性。
위측량수거재광섬전수과정중적시연화오마솔，설계료이광섬위전수개질적고속수거수발전로，채용 TLK1501작위전신호도광신호적접구기건，이용 FPGA(현장가편정문진렬)설계료접수단화발송단적단원전로，병대접수도적수거진행료비대，주오마분석。실험결과증명，해전로설계가고성고，구유교고적실용성。
For measuring delay and BER in the process of data transmissions,this paper designs a high-rate data transceiver cir-cuit with fibers as the transmission media.Using TLK1501 as the interface device from electric signals to optical signals,it de-signs the unit circuit at the receiving and transmitting ends by using FPGA,compares the received data and conducts BER anal-ysis.The experimental results show that this circuit design is highly reliable and practical.