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A dynamic data transmission technology for expendable current\udprofilers (XCPs) is proposed in this paper. Two parallel varnished wires are\udemployed as the data transmission medium. By testing the transmission\udproperties of the varnished wires, a baseband transmission system is studied\udand designed. Modified low-voltage differential signaling (LVDS) is adopted as the physical layer for data transmission. The data transmission protocol is\udmodified and optimized in accordance with the RS-232 protocol, and the\udManchester code is superimposed. According to the results of indoor and\udmarine tests, the data transmission distance of the designed system, which\udemploys a 0.1 mm diameter varnished wire, extends to 2 km with high\udefficiency and accuracy for data transmission, exhibiting excellent\udperformance. Moreover, this data transmission technology could be used for\udother expendable marine-environment parametric measuring instruments such as\udan expendable bathythermograph and an expendable conductivity temperature\uddepth profiler

Dynamic data transmission technology for expendable current profiler based on low-voltage differential signaling