CAJ | 학술논문

针对电力线载波技术在数据传输中的应用，研究并改进了现有的基于220VAC电力线载波技术，实现了一种基于500VAC电力线载波模块，设计了基于500VAC船载数据采集传输系统，以获取海洋船载5路阻性负载的电压电流值和15路液压值，同时设计500VAC输出可控电路，以降低水下模块功耗。系统以STM32F107处理器为核心，以改进的500VAC电力线载波模块为数据收发模块，在应用上实现了船载数据采集、传输和误码率的测试。经测试，能可靠地将数据传输到上位机，满足了设计要求。
침대전력선재파기술재수거전수중적응용，연구병개진료현유적기우220VAC전력선재파기술，실현료일충기우500VAC전력선재파모괴，설계료기우500VAC선재수거채집전수계통，이획취해양선재5로조성부재적전압전류치화15로액압치，동시설계500VAC수출가공전로，이강저수하모괴공모。계통이STM32F107처리기위핵심，이개진적500VAC전력선재파모괴위수거수발모괴，재응용상실현료선재수거채집、전수화오마솔적측시。경측시，능가고지장수거전수도상위궤，만족료설계요구。
In order to apply power line carrier technology to data transmission,current power line carrier technology based on 220 VAC is developed and updated by implementing power line carrier technology based on 500 VAC and a shipborne data collection and transmission based on 500 VAC is designed to collect shipborne five resistive load voltage and current values and fifteen hydraulic values,while the 500 VAC output control circuitry is designed to reduce underwater module power consumption. System mainly consists of STM32F107 processor and the improved 500 VAC power line carrier modules,which serves as data transceiver modules,and realizes the shipborne data collection and transmission and bit error rate testing in application layer. The communication test show that the data can be transmitted to the human-computer interaction platform in reliability,which can met the requirement of design.