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Research on Medical Wireless Frequency Hopping Communication by nRF24L01

机译:nRF24L01在医用无线跳频通信中的研究

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Medical electronics become more and more portable in modem time, the transmission of the data towards more wireless, it also need higher requirements on power and the instruments quality. Although the Bluetooth usually can be used in wireless transmission in the system of the data transmission, but it is too expensive, and power is too larger.The platform is ARM in this system, and research on the wireless data transmission system of the short-range based on nRF24L01. Using the wireless chipnRF24L01 of the NORDIC company that can low the power consumption to 1mW and obtain better standby time performance. Using the technology of the DS/FH-SS(the combination of the direct sequence spread spectrum and the frequency-hopping spread spectrum) that can solve well the interference problems of the signal from the other device in the communication process of the 2.4G band ,to achieve the lower BER of the wireless data transmission and high reliability characteristic , on the basis of using the adaptive frequency-hopping technology.The system is mainly applicable to complex environment, serious electromagnetic interference, the higher requirements of the data reliability, and the medical electronics field of the long-term stability work.
机译:医疗电子在现代时代变得越来越轻便,数据向更无线的传输,也对功率和仪器质量提出了更高的要求。尽管蓝牙通常可以在数据传输系统中用于无线传输,但是它太昂贵了,而且功率也太大了。该系统中的平台是ARM,并且研究了短时无线数据传输系统。范围基于nRF24L01。使用NORDIC公司的无线芯片nRF24L01可以将功耗降低到1mW,并获得更好的待机时间性能。采用直接序列扩频和跳频扩频相结合的DS / FH-SS技术,可以很好地解决2.4G频段通信过程中来自其他设备的信号的干扰问题该系统在采用自适应跳频技术的基础上,实现了无线数据传输的BER较低和高可靠性的特点。该系统主要适用于复杂环境,严重的电磁干扰,对数据可靠性的更高要求,以及医疗电子领域的长期稳定工作。

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