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Study on Low-power Intelligent Switching Power Supply

机译:低功耗智能开关电源研究

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New switching power supply gradually replaced the traditional linear power supply, but rarely has the operational status monitoring function. The design includes the main power supply and monitoring circuit design. The main circuit topology of the power supply is flyback DC-DC conversion body. The selection of the control circuit is current-controlled PWM chip. The monitoring circuit includes the design of detection and display circuit. The voltage and the current are detected respectively with the aid of the resistive subdivision in the testing circuit. The display circuit adopts PIC for sampling signal processing, and the dot matrix LCD12864 is used to display this power operating parameters. The power supply control system is simulated in Saber and Proteus software which monitors and observes the various parts of the circuit voltage and the output waveform. Finally, the hardware circuit is built and tested to prove the designed digital intelligent power feasibility.
机译:新的开关电源逐渐取代了传统的线性电源,但很少有操作状态监控功能。该设计包括主电源和监控电路设计。电源的主电路拓扑是反激式DC-DC转换体。控制电路的选择是电流控制的PWM芯片。监控电路包括检测和显示电路的设计。借助于测试电路中的电阻细分,分别检测电压和电流。显示电路采用PIC用于采样信号处理,并且点阵LCD12864用于显示该功率操作参数。电源控制系统在Sabre和Proteus软件中模拟,其监视并观察电路电压的各个部分和输出波形。最后,建立并测试硬件电路以证明设计的数字智能功率可行性。

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