GBPC1206W-E4/51

Product Overview

The GBPC1206W-E4/51 belongs to the category of bridge rectifiers and is designed for use in various electronic applications. This component is characterized by its high efficiency, compact package, and essential role in converting alternating current (AC) to direct current (DC). The packaging typically includes a quantity of one unit per package.

Specifications

• Maximum Average Forward Current: 12A
• Peak Repetitive Reverse Voltage: 600V
• Maximum RMS Voltage: 420V
• Forward Voltage Drop: 1.1V
• Operating Temperature Range: -55°C to +150°C

Detailed Pin Configuration

The GBPC1206W-E4/51 features a standard bridge rectifier pin configuration with four pins, including two positive and two negative terminals.

Functional Features

• Efficiently converts AC to DC
• Compact design for space-saving installations
• High current-carrying capability

Advantages

• High efficiency
• Compact package
• Reliable performance

Disadvantages

• Higher forward voltage drop compared to some alternative models
• Limited maximum average forward current

Working Principles

The GBPC1206W-E4/51 operates on the principle of rectification, where it converts the incoming AC voltage into a pulsating DC output. This process involves the use of diodes arranged in a bridge configuration to ensure unidirectional flow of current.

Detailed Application Field Plans

This bridge rectifier is commonly used in power supplies, battery chargers, and various industrial and consumer electronic devices. Its robust design and efficient operation make it suitable for applications requiring reliable AC to DC conversion.

Detailed and Complete Alternative Models

• GBPC1206W-E4/50: Similar specifications with slight variations in voltage ratings
• GBPC1210W-E4/51: Higher current rating with similar form factor
• GBPC1212W-E4/51: Increased voltage and current ratings for heavy-duty applications

In conclusion, the GBPC1206W-E4/51 bridge rectifier offers a compact and efficient solution for converting AC to DC in various electronic applications. While it has advantages such as high efficiency and a compact package, it also has limitations in terms of forward voltage drop and maximum average forward current. Understanding its working principles and application field plans can help in utilizing this component effectively.

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