VB20200G-E3/8W Discrete Semiconductor Products

The VB20200G-E3/8W is a diode rectifier array in a very compact 8-pin package. It is designed to deliver up to 10 A of output current, making it well suited for high power applications that require a lot of power over an extended temperature range.

The VB20200G-E3/8W is ideal for applications where high power needs to operate over an extended temperature range with tight size constraints. These applications include automotive-grade power supplies, cell phone chargers, laptop AC adapters, and TV power supplies, just to name a few.

The VB20200G-E3/8W is a diode rectifier array, which means it is a type of diode that converts alternating current (AC) to direct current (DC). It does this by blocking the part of the current that reverses direction, allowing only the part of the current that constantly maintains the same direction to pass through the diode. This process of conversion is called rectification.

The VB20200G-E3/8W also includes a current limiting circuit. This circuit helps to reduce the current that passes through the rectifier. This current limiting feature can help protect other components in the circuit from being overloaded or damaged, allowing them to operate in a safe operating temperature range.

In addition, the VB20200G-E3/8W also offers built-in thermal protection. This provides an added layer of protection against the risk of component damage due to excessive heat. The thermal protection is triggered when the temperature of the component reaches a predetermined level, and will reduce the power to the component.

The VB20200G-E3/8W is a diode rectifier array that is designed to provide up to 10 A of output current. Its compact size and extended temperature range make it ideally suited for high power applications including automotive-grade power supplies, cell phone chargers, laptop AC adapters, and TV power supplies. It includes a current limiting circuit and built-in thermal protection for added protection, making it a great choice for a variety of applications.