G2SB80-E3/51

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Diodes - Bridge Rectifiers can be used in a variety of ways, but the most common use is in the form of a bridge rectifier. A bridge rectifier is an electrical component consisting of four diodes connected in a bridge circuit configuration. It is commonly used for full-wave rectification in power supplies. One such bridge rectifier is the G2SB80-E3/51, which is a 4-pin, single phase, single package bridge rectifier.

G2SB80-E3/51 bridge rectifier applications include AC/DC converters, inductive and resistive loads, power supplies, inverters, LED drivers and other similar applications. It has a maximum peak reverse voltage of up to 800V, and a maximum operating temperature of 165°C. It can handle up to 15A of current, and it is UL recognition certified.

The working principle for the G2SB80-E3/51 is fairly straightforward. The incoming AC voltage passes through the four diodes which form the bridge circuit. The diodes only conduct electricity in one direction, so the incoming AC is converted to DC. This is in contrast to a half-wave rectifier, which allows current to be conducted in both directions, creating a pulsating DC output.

The bridge rectifier has several advantages over the half-wave rectifier. As the name suggests, full-wave rectification achieves better rectification and is therefore more efficient. It also produces less ripple in the output, resulting in a smoother and more consistent DC output. Additionally, since current is conducted in both directions, it is a good choice for circuits that require a symmetrical power supply.

In addition to its uses as a bridge rectifier, the G2SB80-E3/51 can also be used as a voltage regulator. This is done by connecting the negative output of the rectifier to the output of a voltage regulator. This ensures that a consistent output voltage is maintained, regardless of the input voltage. This is useful if the input voltage spikes or drops, as it will help the system remain stable.

Overall, the G2SB80-E3/51 bridge rectifier has a variety of applications and can be used for both full-wave rectification and voltage regulation. It has a maximum peak reverse voltage of up to 800V, and a maximum operating temperature of 165°C, making it suitable for a wide range of applications. In addition, it is UL recognition certified, enhancing its safety and reliability.

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