Water treatment power supply: How are high-power electroplating power supplies classified? DC electroplating power supply - precious metal electroplating power supply
Electroplating power supply refers to the power distribution equipment used in electroplating processes. It is a type of power distribution station and power transmission and distribution equipment. It converts AC current from the power grid into the working voltage required for electroplating process production, outputting stable current and voltage. Water treatment power supply
Or it can output the waveforms we need, such as single pulse waves, DC waves, etc. Here we can also see DC waves. Can a 100% duty cycle pulse wave electroplating power supply also be considered a DC wave?
Therefore, ordinary pulse electroplating power supplies can output DC waves, but high-frequency switching power supplies are not necessarily effective. High-frequency electroplating power supplies use high-frequency switching power supply technology. High-frequency electroplating power supplies are a special name for high-frequency switching power supplies.
High-frequency switching power supply technology makes the power supply more miniaturized and portable, making it significantly different from traditional thyristor rectifiers, and it has also made significant breakthroughs in energy saving.
How are high-power electroplating power supplies recommended by Puri classified?
1. According to the electroplating amount, they can be divided into high-frequency imitation gold power supplies (suitable for various imitation gold processes), high-frequency electroplating power supplies for hard chromium plating (high-frequency switching power supplies), high-power electroplating power supplies (nickel, zinc, rare earth elements, etc.), and high-frequency electroplating power supplies for other functions (electrolytic polishing, electroplating oxidation, electrolytic oxidation, etc.).
2. In addition, high-frequency electroplating power supplies used for electroplating experiments and those used for normal production are also classified separately.
3. According to the cooling method, they can be divided into two categories: water-cooled high-frequency electroplating power supplies, air-cooled high-frequency electroplating power supplies, or high-frequency water-cooled electroplating power supplies and high-frequency air-cooled electroplating power supplies.
4. According to their output power, they can be divided into conventional high-frequency electroplating power supplies and high-power high-frequency electroplating power supplies or non-standard high-power electroplating power supplies. The former are produced according to the electroplating power supply required for normal electroplating production, while the latter are customized according to the customer's actual needs. Whether high power is needed is determined based on the length of the production line, the size of the electroplating tank, the type of electroplating, and the size of the electroplated parts.
The above is the content collected by the editor of Guangzhou Puri Electric Co., Ltd. Please contact us if you need customization.
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High-frequency switching power supplies are an indispensable core component in modern electronic products. With the rapid development of electronic technology, especially the continuous progress in consumer electronics, communication equipment, and industrial automation, the market demand for efficient, compact, and stable power supplies is increasing. This has led to the booming development of high-frequency switching power supply manufacturers. In this article, we will explore the current market status and development trends of high-frequency switching power supply manufacturers. I. Industry Overview High-frequency switching power supplies are power supply devices that control energy conversion through electronic switching devices (such as transistors). The working principle is to convert the input DC or AC voltage into a stable output voltage through high-frequency switching operations. Compared with traditional linear power supplies, high-frequency switching power supplies have advantages such as small size, high efficiency, and low heat generation, and are widely used in various electronic products such as computers, televisions, communication equipment, and power tools. II. Market Demand With the popularization of smart devices and the requirements of energy saving and environmental protection, the market demand for high-frequency switching power supplies continues to grow. Especially in the fields of consumer electronics, industrial automation, LED lighting, and electric vehicles, modern power supply equipment is increasingly inclined to miniaturization, lightweight, intelligence, and high efficiency. Therefore, high-frequency switching power supply manufacturers
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