GP2D003A065A

Diodes - Rectifiers - Single

The GP2D003A065A is a single rectifier diode primarily used in AC/DC power supplies, as well as many other electronic applications. It features a high-conductance fast switching performance and a low forward-voltage drop. It has a 1500V maximum peak reverse voltage and is suitable for operating temperatures up to 150°C.

Application Fields

The GP2D003A065A is primarily used in AC/DC power supplies, as this type of diode is well suited to convert AC voltages to DC voltages. It is also used in mobile equipment, such as laptop chargers, MP3 players, and other battery-powered devices. Its fast switching performance and low forward-voltage drop makes it well suited for switching applications, power factor correction circuits, and motor control circuits.

Working Principle

The GP2D003A065A works by allowing current to flow in one direction (from anode to cathode). When a voltage is applied, electrons flow from the anode to the cathode, creating a current. When the applied voltage is reversed, the movement of electrons is blocked and current does not flow. This is why the GP2D003A065A is referred to as a rectifier diode, as it can be used to rectify AC voltages to DC voltages.

The GP2D003A065A also exhibits a low forward-voltage drop when conducting. This means that there is less voltage drop across the diode, allowing more of the available voltage to be transferred to the load connected to it. This helps to improve the efficiency of power supplies and other circuits in which the diode is used. In addition, the GP2D003A065A has a fast switching speed, allowing it to quickly switch between conducting and blocking states.

Conclusion

The GP2D003A065A is a single rectifier diode suitable for a wide range of applications. It has a maximum peak reverse voltage rating of 1500V and an operating temperature range of up to 150°C. It features a high-conductance fast switching performance, a low forward-voltage drop, and is well suited for AC/DC power supplies, switching applications, power factor correction circuits, and motor control circuits.