Bridge rectifier 25amp tested ( qyt 10 )

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Home Bridge rectifier 25amp tested ( qyt 10 )

Bridge rectifier KBPC3510 original new ( qyt 10 )

Rs. 380.00

Bridge rectifier 15amp tested (qyt 10 )

Rs. 120.00

Bridge rectifier 25amp tested ( qyt 10 )

~~Rs. 150.00~~ Rs. 120.00

Categories : Bridge Rectifier refurbished okay tested

Bridge rectifier 25amp tested ( qyt 10 )

~~Rs. 150.00~~ Rs. 120.00

Description

25-amp bridge rectifier is an electronic component that converts alternating current (AC) to direct current (DC) for applications requiring high-power DC, such as in power supplies, motor drives, and industrial controls. These components are characterized by their 25-amp current rating, a full-wave rectification of the AC input, and a specific voltage rating (e.g., 600V or 1000V) that indicates the maximum reverse voltage they can withstand. Key features include high efficiency, a relatively low forward voltage drop, and surge overload capabilities to handle temporary current spikes, making them robust for continuous or high-demand power conversion.

Function and Application

AC to DC Conversion:

The primary function is to convert AC power into a smoother, more stable DC output.
Full-Wave Rectification:

Bridge rectifiers are full-wave, meaning they use all parts of the AC waveform for conversion, resulting in a more consistent DC output.
Applications:

Found in power supplies, charger circuits, industrial controls, motor drives, and audio amplifiers.

Key Specifications

Current Rating:

A 25-amp rating indicates the maximum continuous average current the rectifier can handle.
Voltage Rating:

This refers to the maximum peak inverse voltage (PIV) or repetitive peak reverse voltage (RRPV) the component can withstand without damage, with common ratings being 600V or 1000V.
Surge Overload Rating:

A significant surge rating (e.g., 350-400 amps) is crucial to handle sudden, short-duration current spikes without failing.
Forward Voltage Drop:

A low forward voltage drop (e.g., 1V) minimizes power loss and improves the efficiency of the conversion.

Construction and Features

Internal Diodes:

The component is an assembly of four diodes arranged in a bridge configuration.
Glass Passivated Dies:

High-quality, passivated diodes ensure reliability and low leakage currents.
Metal Casing (sometimes):

Some models, especially those designed for higher power, feature metal cases for better heat dissipation.
Compact and Versatile:

Designed for easy integration into printed circuit boards (PCBs) and are a suitable replacement for older or less efficient rectifiers.