EGP20G-E3/54

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EGP20G-E3/54 is a type of single rectifier diodes which can be used in plenty of applications. The features that make this semiconductor device stand out are its ultralow heat dissipation, negative thermal coefficient and its reverse current, forward current, forward voltage, reverse voltage characteristics.

Structure:

This rectifier diode is made up of a PN junction. As all diodes, the N-type layer contains majority charge carriers, while the P-type layer contains minority carriers. Electron flow is blocked between two ends and they can only flow in one direction due to the strong electric fields of the PN-junction.

Applications and working principle:

The EGP20G-E3/54 diode can be used in the following applications: booster diodes, high-current rectification, TVS diodes, voltage multipliers, and reverse breakdown & overcurrent protection. Due to its exceptional reverse current characteristics, the EGP20G-E3/54 diode can be used in modules that require low leakage current in the reverse direction.

The working principle of this rectifier diode is simple. The diodes allow current to flow in only one direction by utilizing the polarized nature of the PN junction. When the negative anode is connected to the positive cathode, no current will flow between them, resulting in an open circuit. When a voltage is applied in the opposite direction, however, the diode will become conductive and current will be allowed to flow.

Performance:

The performance of the EGP20G-E3/54 diode is impressive. It has a power dissipation capacity of 200W, a forward voltage of 5V to 50V, a reverse voltage up to 195V, and a resistance of 0.01ohm. It also features a maximum forward current of 20A and a maximum reverse current of 0.5uA.

Conclusion:

EGP20G-E3/54 is an impressive single rectifier diode that offers a number of advantages. Its ultralow heat dissipation, negative thermal coefficient, and precise forward and reverse voltage characteristics make it the ideal choice for applications such as high-current rectification, TVS diodes, voltage multipliers, and reverse voltage protection.

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