1. Isolate the transformer and rectifier, converting AC 220V/380V to the required DC power. 2. The pre-stabilization control circuit adjusts the output voltage of the transformer using entry elements, providing pre-adjustment and initial stabilization for the high-power DC power supply. This reduces the power consumption of linear adjustment components, enhances efficiency, and ensures high precision and stability in the output voltage source. 3. Linear adjustment elements adjust the filtered DC voltage to achieve the desired output voltage and precision requirements. 4. The filtering circuit maximally blocks and absorbs pulsation wave interference and noise in the DC power supply, ensuring low ripple, low noise, and low interference in the output voltage. 5. The control system of the DC power supply compares, judges, calculates, and analyzes various signals, then issues corresponding control commands to ensure the overall stabilization system operates normally, stably, and coordinately. 6. Other power supplies and reference voltage sources: Provide high-precision reference voltage sources and power supplies required for electronic circuit operation in the DC stabilization system. 7. Voltage sampling and adjustment: Detect the output voltage of the DC stabilization power supply and set the output voltage for adjustment. 8. Current detection circuit: Obtain the output current value of the high-power DC power supply as information for current limiting or protective control. 9. Drive circuit: A power amplification circuit set up for driving executable elements. 36V aviation power supply, 400HZ frequency conversion power supply, 115/200V power supply, 27V DC power supply, 400HZ power supply, aviation power supply
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