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Single-pulse power supplies, dual-pulse power supplies, and multi-pulse power supplies all belong to the category of pulse power supplies. What are the differences between them?
08
2020
Precious metal electroplating power supplies, high-voltage DC power supplies, and high-voltage AC power supplies are all necessary in our work and life. However, high-voltage DC power supplies are more popular. So what are the advantages of high-voltage DC power supplies compared to high-voltage AC power supplies?
07
2020
Precious metal electroplating power supply. In our daily lives, we often use alternating current. However, in some specialized industries such as machinery manufacturing, laboratories, electric power, and military high-tech industries, the intermittent power supply method generated by alternating current is not applicable, and a stable and reliable DC power supply is often required. There are many types of high-power high-frequency DC power supplies, generally classified into voltage regulator, current regulator, multi-channel, linear, and DC-to-DC converter types according to their power size.
07
2020
Precious metal electroplating power supply releases working voltage on the PN junction, that is, the P junction is connected to the positive working voltage, and the N junction is connected to the negative working voltage. The current flows from the P junction side to the N junction side. Cavitation and electronic devices both move towards the page, reducing the space charge region, and the current can fully pass through, and the current is switched on and off. If the N junction side is connected to the positive working voltage and the P junction side is connected to the negative pole, then the holes and electrons both move towards the direction away from the page, increasing the space charge region, and the current cannot pass through, and the current is cut off. This is the unidirectional conductivity of the PN junction. Using this characteristic, the forward voltage can be switched on and off, and the reverse voltage can be cut off, thereby achieving rectification of alternating current.
07
2020
Precious Metal Electroplating Power Supply The electroplating process ballast uses high-quality imported IGBTs as the main power electronic components, and uses ultra-nanocrystalline (also known as nanocrystalline) soft magnetic alloy products to dominate the transformer coil. The main automatic control system uses a multi-loop control system, and the structure adopts anti-corrosion alkalization measures. The switching power supply products are reasonably configured and highly reliable.
07
2020
Precious Metal Electroplating Power Supply Traditional switching power supplies have limitations in their professional nature, restricting their efficiency and failing to meet the demands of today's high-frequency applications. The original text provides a key analysis of the design and application of high-power switching power supplies for electroplating. Hopefully, this will provide some useful reference.
07
2020
Precious Metal Electroplating Power Supply In industrial production, electroplating power supplies are relatively common pieces of equipment. The electroplating power supply mainly consists of a main power circuit and some peripheral devices. The main power circuit mainly includes a main transformer, a power ballast, and some testing and protection devices. The main transformer in the electroplating power supply converts the AC power supply to the required voltage for electroplating.
07
2020
Water treatment power supply. The dual-pulse power supply, also known as a ripple/bi-directional pulse adjustable switching power supply, is the latest generation of electroplating power supply products. As another breakthrough product of high-frequency switching power supply technology, it represents further development and innovation in high-frequency switching power supply technology. The pulse power supply and dual-frequency power supply have a voltage range of 3V～600V, and a current range of 10A～20000A.
06
2020
Design of a high-frequency switching power supply. Because the output waveform is a square wave, it helps improve sealing quality, reduce membrane melting caused by temperature rise, prevent expansion of oxide film pores, improve the strength and density of the oxide layer, improve product quality, and increase output.
06
2020
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