Design and Implementation of Linear Power Supply for Wireless Electromagnetic Wave MWD System

Xiaochao Tian
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Abstract

Considering the requirements of the wireless electromagnetic wave MWD system for reliability, stability and purity of the external power supply, as well as the system's demand for multiple power supply inputs, this paper proposed research and design of a multi-output flameproof and intrinsically safe linear power supply. The circuit design adopted a high-efficiency isolation transformer, a highly integrated low-dropout output current and a linear voltage regulator chip with adjustable output voltage to form linear power supply circuit with high stability, big current, and low ripple. The test results show that the linear power supply circuit has the good characteristics of high reliability, high stability, low ripple noise, and meets the actual use requirements of the wireless electromagnetic wave MWD system.
无线电磁波随钻系统线性电源的设计与实现
考虑到无线电磁波随钻系统对外部电源的可靠性、稳定性和纯洁性的要求,以及系统对多个电源输入的需求,本文提出了多输出隔爆型本质安全线性电源的研究与设计。电路设计采用了高效隔离变压器、高集成度低差输出电流和输出电压可调的线性稳压芯片,构成了高稳定、大电流、低纹波的线性供电电路。测试结果表明,该线性供电电路具有高可靠性、高稳定性、低纹波噪声等良好特性,满足无线电磁波随钻系统的实际使用要求。
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