Huizhou (HK) Yingyuan Technology
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With the rapid progress of technology, we live in an era filled with electronic devices, and switch mode power supplies, as one of the core components of these devices, have had a profound impact on our lives. However, an undeniable issue arises before our eyes: the product lifespan and maintenance issues of switch mode power supplies.Just like an tireless marathon runner, switching power supplies also bear tremendous pressure while providing power to our electronic devices. Over time, its performance may decline. Therefore, maintaining and replacing switch mode power supplies has become an unavoidable issue.The focus of controversy in the market is as follows:Product lifespanMany consumers complain that the lifespan of modern switching power supplies is not as long as that of linear power supplies in the past, raising questions about whether manufacturers deliberately design shorter product lifetimes to promote more frequent replacements. However, manufacturers claim that although hi...
2024
In the field of electronic products, we often hear the term switch mode power supply, especially in today's increasing demand for high efficiency and miniaturization. However, it is accompanied by an obvious feature - high prices. This has also sparked intense discussions on the market, whether the high performance of switching power supplies deserves such a high price? Next, let's take a look at the reasons why switching power supplies are worth a high price.High efficiency and low power consumptionSwitching power supplies typically have higher conversion efficiency and can more effectively convert input electrical energy into output electrical energy., And the built-in PFC function helps to improve the power factor of the system, reduce the impact of harmonics on the power grid, and improve energy utilization efficiency. So under the same power output, switch mode power supplies generate less heat, lower power consumption, lower energy costs, but also increase manufacturing costs.Mi...
In today's industrial automation field, PLC (Programmable Logic Controller) plays a crucial role in providing precise control for various production processes. The normal operation of PLC relies on a stable and reliable power supply system. Choosing a switch power supply that is suitable for PLC standards is crucial for ensuring the smooth operation of the system. Next, the editor will tell you how to choose the appropriate switch power supply for PLC.Voltage requirementsMost industrial PLCs typically use 24VDC (direct current voltage) as the standard voltage. This is because the relatively low voltage of 24VDC is more friendly to personal safety and is more common in industrial environments. Some PLCs may support other voltage ranges, such as 12VDC or 48VDC, depending on the application requirements. Some special applications of PLCs may require other voltages, so when selecting a power supply, it is important to carefully check the technical specifications of the PLC.Current capacit...
With the continuous progress of technology, our lives are filled with various electronic devices, and the core of these devices is often switch mode power supplies. When our electronic devices bid farewell to their lifespan, where will those discarded switch power supplies go? This issue has attracted people's attention. In today's rapidly developing technology, we not only enjoy the convenience brought by various electronic devices, but also face the challenge of how to properly handle these waste power sources. Next, let's delve deeper into the process of discarding switch mode power supplies and explore their fate.The disposal of discarded switching power supplies typically involves the following steps:Recycling and classificationAbandoned electronic devices contain switch mode power supply modules, which are usually sent to specialized recycling centers for classification and disassembly. During the dismantling process, parts that can be recycled and reused, such as metals and pla...
When choosing electronic devices, we often hear a keyword - switching power supply. But how should we distinguish between the good and bad of the various switch mode power supply brands in the market? This is related to our user experience, as well as the performance and lifespan of the device. Today, let's delve deeper into how to distinguish the advantages and disadvantages of switching power supplies.Observing appearance and manufacturing qualityThe appearance and manufacturing quality of switch mode power supplies are usually the first thing we can observe. High quality switching power supplies typically use sturdy casing materials, exquisite craftsmanship, and sturdy welding. Gently touch the shell with your hand. Good switching power supplies usually use sturdy materials, which have a smooth and sturdy feel. Open the shell and observe the internal welding process. High quality switching power supplies usually use advanced welding technology, with uniform and firm welding points,...