1N4002GPEHE3/54

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Diodes - Rectifiers - Single - 1N4002GPEHE3/54 Application Field and Working Principle

The 1N4002GPEHE3/54 is a single diode rectifier that is primarily used in low-voltage, high-power applications. It is typically used in power supplies, motor control circuits, and other electronic circuits. The maximum average forward current is 3 amps and the reverse voltage is 55 volts. It is designed to handle up to 54 volts in a non-repetitive surge. The device offers excellent frequency response and fast switching times.

The working principle of the 1N4002GPEHE3/54 diode rectifier is based on the fact that current is allowed to flow in one direction only. This effectively stops the alternating current (AC) from flowing in the other direction, which is the key feature of a rectifier. When the forward voltage is applied across the diode, the electrons are allowed to move in one direction only, and the current will flow in the same direction. This allows the current to be regulated and controlled.

The 1N4002GPEHE3/54 diode is ideal for low-voltage, high-power applications because of its low forward voltage drop and reverse voltage rating of 54 volts. The device also has a very low capacitance of 1.2 pF and a maximum peak power dissipation of 500 mW. It is designed to operate over a wide temperature range of -55°C to +150°C.

The 1N4002GPEHE3/54 diode rectifier is an invaluable component in many electronic circuits. Its main use is in power supplies, motor control circuits, and other electronic systems. It is capable of handling large amounts of current in a low-voltage environment, making it ideal for many applications. It is also extremely reliable, with a long-term failure rate of 0.1%.

In conclusion, the 1N4002GPEHE3/54 diode rectifier is a great component for low-voltage, high-power applications. It is designed with a long-term reliability of 0.1%, a low capacitance of 1.2 pF, and a maximum peak power dissipation of 500 mW. The diode is capable of handling large amounts of current and regulating it, allowing the device to be used in a variety of applications. With a wide operating temperature range and fast switching times, it is an ideal component for many electronic systems and circuits.

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