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Power supply modules are mostly used in electronic products, and they are widely applied in switching devices, access devices, mobile communication devices, and so on. So what are the common definitions for power supply modules? Let’s take a look below. 1. Simple design. A power supply module, equipped with a few discrete components, to generate power. 2. Shorten the development cycle. Module power supplies generally come with various input and output options. Users can also stack them repeatedly or in a cross pattern to create block-based power supplies, enabling multiple inputs and multiple outputs, **which reduces the development time for prototypes. 3. Flexible changes. If the product design needs to be changed, it requires switching to or using another suitable power supply module in parallel. 4. Low technical requirements. Module power supplies typically come equipped with a standardized front end, highly integrated power modules, and other components, making it easier to design the power supply. 5. The housing of the modular power supply features a structure that integrates a heat sink, a radiator, and the casing together, enabling conductive cooling of the power supply and keeping its temperature at a low level; meanwhile, it adopts a gold-plated enclosure for the modular power supply. 6. Good quality. Module power supplies are generally manufactured in a fully automated manner, using advanced production technologies, ensuring stable and reliable quality. 7. Wide range of applications: Modular power supplies can be widely used in various fields of social production and daily life, including aerospace, locomotives and ships, power generation and distribution, telecommunications, metallurgy and mining, automatic control, household appliances, instruments, and scientific research experiments.