EGP10BEHM3/73

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The EGP10BEHM3/73 diodes are a single rectifier type, commonly used in circuits when a specific voltage or current needs to be regulated. They have low forward voltage drops and low reverse leakage, making them a great choice for a range of applications.

The EGP10BEHM3/73 diodes are commonly used in rectifier bridges and linear regulators. Their low forward voltage drop helps to reduce the total power losses in the circuit, while their low reverse leakage helps to prevent unintentional current flows. They can also be used for LED lighting, AC power conversion, and power factor correction circuits.

The working principle of a diode is based on the flow of electrons through a semi-conductor material. When a voltage is applied across the diode, current will begin to flow in the forward direction. If the reverse voltage is too high, the diode will become reverse-biased and current will not flow in the reverse direction. This allows the diode to regulate the voltage and current in a circuit.

The EGP10BEHM3/73 diodes are manufactured with a “trench” or “schottky” junction. This type of diode has a lower forward voltage drop than conventional diodes, while maintaining a high electrical breakdown rating. They also benefit from a low reverse leakage current that allows better regulation of current flow.

The maximum reverse voltage ratings for the EGP10BEHM3/73 diodes are 50V. The maximum forward current is 10A, and the maximum repetitive peak reverse voltage (VRRM) is 50V. The average forward voltage (VF) for the diode is 0.6V. The typical peak forward surge current (IFSM) is 60A.

The EGP10BEHM3/73 diode is available in a through-hole package, with lead length of 19mm. The maximum junction temperature for the diode is 150°C, and the operating temperature is between -55°C and +125°C.

The EGP10BEHM3/73 diodes are a great choice for circuits that require very low forward voltage drops and low reverse leakage. They are suitable for rectifier bridges, linear regulators, LED lighting, AC power conversion, and power factor correction applications. The through-hole package, low forward voltage drop, and low reverse leakage make them a great choice for many circuit designs.

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