Category: General Topics
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24V input, 48V output, 2000W DC-DC Converter design
Designing a 24V input, 48V output, 2000W power supply is crucial for maintaining stable operation and prolonging the lifespan of electronic equipment. This article will outline the power supply design and highlight the selected components. Power Supply Design: The power supply is intended to deliver stable power to a high-power device. It operates with a…
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In-depth understanding and application examples of decoupling capacitors in DC-DC power supply design
Many beginners in circuit design often underestimate the complexity of DC-DC power supply design, assuming it involves merely linear and switching power supplies. They may resort to finding a reference design and copying it without much consideration. However, the power supply is a crucial aspect of circuit design, impacting the stability, performance, and overall cost…
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How to judge whether the IC in the electronic circuit is working normally
Accurately judging the functionality of an IC (Integrated Circuit) in a circuit is crucial when repairing TV sets and audio-visual equipment. Incorrect judgments can result in the unnecessary replacement of ICs and persistent faults. Therefore, it is important to have proper methods for assessing ICs. Firstly, it is necessary to have a solid understanding of…
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A kickstart idea to build a 12V to 48V, 2kW DC-DC converter
First of all, we need to understand the requirements and specifications for the DC-DC converter we want to design. Our objective is to develop a DC-DC converter that can convert a 12V input to a 48V output with a power rating of 2000 watts. To achieve this, we need to carefully select the components that…
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A Brief Introduction about DC-DC converter
DC-DC Converter: A Brief Introduction A DC-DC converter, also known as a voltage converter, is an electronic device that converts a DC voltage level from one level to another. The DC voltage input can be derived from batteries, rectifiers, or solar panels, and the output voltage can be either higher or lower than the input…