射频微波信号在光纤中传输及处理技术探析

Analysis of RF Microwave Signal Transmission and Processing Technology in Optical Fiber

随着社会对信息量需求的上升,光纤通信从众多通信技术中脱颖而出,已然成为了当下信息通信技术中的主流。光纤通信具有较强的抗干扰能力,传播迅速,在有线通信领域中占据重要位置。此外,由于光纤通信将石英灯作为管材,相比较于传统媒介,有效节约了信息数据传播所需要的能耗。光纤传输具有多重优势,因此采用光纤传输的方式能够为射频微波信号提供更多的处理事件,并且能够有效地处理传输信号,提高采样率及抗干扰性,尤其是在变频处理、数据转化以及滤波处理等环节中,ROF传输微波信号技术不断完善,能够满足实际应用的需求。基于此,分析和探讨了射频微波信号在光纤中的传输与处理技术以及射频微波信号在光纤传输过程中的应用等问题。

Optical fiber communication has strong anti-interference ability and rapid propagation,which occupies an important position in the field of wired communication.Due to the multiple advantages of optical fiber transmission,the use of optical fiber transmission can provide more processing events for RF microwave signal,and can effectively process the transmission signal,improve the sampling rate and anti-interference,especially in the frequency conversion processing,data conversion and filtering processing,ROF transmission microwave signal technology continues to improve,which can meet the needs of practical application please.Based on this,this paper analyzes and discusses the transmission and processing technology of RF microwave signal in optical fiber,and the application of RF microwave signal in optical fiber transmission.