Bridge Rectifiers

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Bridge Rectifiers
Manufacturer	Package	Rectified Current

Operating Temperature	Peak Forward Surge Current	Forward Voltage (Vf@If)

Reverse Voltage (Vr)	Reverse Leakage Current (Ir)

Bridge Rectifiers, also known as rectifier bridges or bridge rectifier stacks, are commonly used circuits that leverage the unidirectional conductivity of diodes for rectification, primarily converting alternating current (AC) into direct current (DC). Below is a detailed introduction to Bridge Rectifiers:

I. Definition and Principle

Definition: A bridge rectifier is a rectifying circuit consisting of four diodes connected in a bridge configuration, enabling more efficient conversion of AC into DC.

Principle: It harnesses the unidirectional conductivity of diodes. During the positive half-cycle, one pair of diodes conducts while the other pair blocks. This reverses during the negative half-cycle. Consequently, regardless of the polarity of the input voltage, the output voltage maintains the same direction, achieving full-wave rectification.

II. Characteristics and Advantages

Efficiency: Bridge rectifiers double the utilization efficiency of input sine waves compared to half-wave rectifiers, as they rectify both positive and negative halves of the sine wave.

Good Stability: Bridge rectifiers come in various types with excellent performance, high rectification efficiency, and good stability.

Wide Application: Suitable for various scenarios requiring DC power, such as power supply equipment and electronic devices.

III. Key Parameters

The primary parameters of bridge rectifiers include maximum rectified current, maximum reverse peak voltage, and forward voltage drop. These parameters determine the rectifier's range of use and performance.

Maximum Rectified Current: The maximum current that the rectifier can withstand under specific conditions.

Maximum Reverse Peak Voltage: The maximum peak voltage that the rectifier can withstand under reverse voltage conditions.

Forward Voltage Drop: The voltage drop across the rectifier when conducting in the forward direction, attributed to the internal resistance of the diodes.

Bridge Rectifiers

Switching Diodes

Schottky Barrier Diode

Avalanche Diodes

Super Barrier Rectifiers

Zener Diodes

Fast Recovery / High Efficiency Diodes