G2SBA60L-6826E3/51

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Introduction to G2SBA60L-6826E3/51 Bridge Rectifier

A bridge rectifier, also known as a full-wave bridge rectifier, is an electronic circuit that uses diodes to convert alternating current (AC) to direct current (DC). It is an efficient way to convert AC power to DC power, which makes it a popular component in power supplies and switching power supplies. The G2SBA60L-6826E3/51 bridge rectifier is one such component that is used in diverse applications.

Overview of G2SBA60L-6826E3/51 Bridge Rectifier

The G2SBA60L-6826E3/51 bridge rectifier is a module of bridge rectifier built-in scr diodes from Vishay Semiconductors. It is capable of withstanding a maximum operating temperature of 150°C, with a maximum operating temperature of 16 to 20A. The device has a maximum forward voltage drop of 1.2V, and a peak reverse voltage of 800V.

Application of G2SBA60L-6826E3/51 Bridge Rectifier

The G2SBA60L-6826E3/51 bridge rectifier is commonly used in many applications due to its efficiency and ease of use. It can be used in the following areas:- Switching power supplies- DC power supplies- Uninterruptible power supplies- Battery chargers- Induction heating applications- Motors and generators- Direct current welding applications

Working Principle of G2SBA60L-6826E3/51 Bridge Rectifier

The working principles of the G2SBA60L-6826E3/51 bridge rectifier involve connecting four individual rectifier diodes in the form of a bridge configuration. The bridge rectifier is connected to an AC source, and the alternating current from the source is transformed into DC through the diodes. The alternating current is fed to the bridge rectifier, which then converts the AC to DC before it is regulated to a predetermined voltage.When an incoming AC voltage is applied, it passes through one of the diodes and produces an output of DC current, which then charges up a storage capacitor. As the alternating current reverses its direction, the capacitor releases its stored energy and the other diodes assumes the role of the initial diode, enabling the process to repeat. This process is continues until the supply of AC current to the bridge rectifier ceases. When the current ceases, the bridge rectifier is able to hold the charge that is stored in its capacitors, allowing the device to produce a regulated DC output voltage.

Conclusion

The G2SBA60L-6826E3/51 bridge rectifier is a reliable and efficient bridge rectified AC-DC converter that is used in many applications. It characteristically converts the input AC voltage to DC voltage with a high efficiency and is suitable for a variety of applications such as power supplies, DC power supplies, uninterruptible power supplies, battery chargers, motors and generators, and more. The working principle of the module includes connecting four rectifier diodes in the form of a bridge configuration, which works to convert the AC to DC before it is regulated to the predetermined output voltage.

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