BAS316/DG/B3,135

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BAS316/DG/B3,135 is a single rectifier diode which is very commonly used in a wide variety of applications. It is a passivated surface-mounted junction rectifier composed of silicon, and is available in a variety of configurations.

Features

• High forward surge current capability.
• Small package.
• Surface mounted.
• Good mechanical shock.
• Low reverse leakage current.
• Low forward voltage.

Applications

Due to its small package size, high forward surge current capability and low reverse leakage current, BAS316/DG/B3,135 is mainly used in various applications such as protection circuits, DC-DC converters, power supplies and lighting.

Working Principle

The BAS316/DG/B3,135 is an ideal rectifier diode due to its ability to allow flow of current in one direction and prevents the current to flow in the other. This is achieved by the use of a heavily doped silicon PN junction. As soon as a forward voltage is applied to the PN junction, the electron and holes present on either side of the junctions are attracted to each other and form a band of electron-hole pairs. This band allows the current to flow from the anode (positive) to the cathode (negative) and restricts the current from flowing in the reverse direction. This is the basic working principle of the rectifier diodes.

In addition to this, the BAS316/DG/B3,135 also has a low forward voltage drop, meaning that less power is dissipated in the form of heat as the current passes through the diode. This allows the diode to handle a greater amount of current before it reaches its breakdown voltage.

Conclusion

BAS316/DG/B3,135 is a single rectifier diode with a wide range of applications and working principles. Its small package size, high forward surge current capability and low reverse leakage current make it ideal for protection circuits, DC-DC converters, power supplies and lighting. Moreover, its low forward voltage drop ensures that less power is dissipated in the form of heat as current is passed through the diode, allowing it to handle a greater amount of current.

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