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Why the switching strength deliver is rectified after which converted

The paintings of the switching strength deliver is roughly: rectification --- thru the switching circuit --- into high-frequency AC ---transformation thru the high-frequency transformer --- rectification, filtering --- DC. The mains strength we typically use is 50hz, and 50hz AC strength desires to be converted thru a transformer, however the low frequency results in an extended transformer winding, which makes the transformer cumbersome and calls for lots of wires. After turning into a high-frequency alternating current, a exceptionally small transformer may be used to step down, saving value and space.

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Zụta inverter dị ọcha sine ife ọkụ 110v ac ruo 240v ac 1kva-10kva 240v dị ọcha sine ife inverter
ugbua 1902 ozi

  • Zụta inverter dị ọcha sine ife ọkụ 110v ac ruo 240v ac 1kva-10kva 240v dị ọcha sine ife inverter 10:12 AM, Taa
    Obi dị m ụtọ ịnata ozi gị, ma nke a bụ nzaghachi Kraịst nye gị