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KBPC3510 Bridge Rectifier | Datasheet, Wiring Diagram & Price

Explore the KBPC3510 bridge rectifier for reliable AC-to-DC conversion. Find its Reference manual, wiring diagrams, and pinout details. Get the price, output voltage info, and datasheet PDF to guide your setup with ease.

ブランド: ソリッドステート株式会社

ダウンロード： KBPC3510 データシート PDF

価格：問い合わせ

在庫あり： 5

電圧ピーク逆方向(最大): 1kV

平均整流電流(Io): 35 A

順方向電圧(Vf)(最大)@If: 1.2 V @ 17.5 A

パッケージ： 4-スクエア、KBPC

HK$250.00以上のご注文で送料無料

迅速な対応、迅速な見積もり

すぐに発送、アフターサービスも安心

オリジナルチャネル、本物の製品の保証

ブリッジ整流器 KBPC3510

Kbpc3510 Bridge Rectifier Wiring Diagram

Bridge Rectifier Basics:

A bridge rectifier is used to convert alternating current (AC) into direct current (DC) by using a four-diode arrangement. This conversion process is critical for providing a stable DC supply in numerous electronic applications. The KBPC3510 is a commonly used bridge rectifier, capable of handling relatively high current and voltage levels.

AC Input:

The AC input is connected to the two pins of the bridge rectifier that are labeled with a tilde (~) symbol. These are the AC input terminals, where the alternating current is fed into the rectifier.

DC Output:

The DC output is connected diagonally across the bridge:
1.The red line connects to the positive output (+) terminal, which is the anode side of the rectifier.
2.The blue line connects to the negative output (-) terminal, which is the cathode side.
These connections are critical for the conversion of AC into DC, where the rectifier works by allowing current to flow only in one direction, ensuring that the output is always of the same polarity (DC).

Diagonal Wiring Explanation:

1. Diagonal wiring method showing the correct connections to achieve rectified DC output.
2. In a bridge rectifier, the diodes are arranged so that the AC input is applied to two opposite corners (the AC input terminals). Meanwhile, the DC output is taken from the remaining two opposite corners (the DC output terminals).
3. This diagonal layout ensures the efficient conversion of both positive and negative half-cycles of the AC input into a unidirectional DC output.