1N4384GP-E3/54

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1N4384GP-E3/54 is a single diode rectifier, a type of diode used for rectification which is the process of converting alternating current (AC) to direct current (DC). This particular model belongs to the 1N4384GP-E3/45 series of plastic case (DO-204AH, DO-41) rectifiers, offering a medium current level and improved surge durability.

Application

1N4384GP-E3/54 is most commonly used in medium power rectification applications, that is, where a certain level of power is required after rectification. It is suitable for use in switched mode power supplies, battery chargers, and similar rectification applications that require higher current handling capabilities.

Features

• High-speed switching up to 1MHz
• Low VF and enhanced ESD-rated high reliability
• Small foot print in TO-92 package
• Surge-current capability is better than the 1N4148

Working Principle

The 1N4384GP-E3/54 is a single diode rectifier which acts as an AC-DC converter. It works on the principle of PN junctions, using the law of thermodynamics. When a PN junction is formed, a voltage drop across the junction is created, which is an indication of the forward-biased diode. This is the same reason that current flows only in one direction through the diode, due to the barrier potential. This results in AC voltage being converted to DC voltage.

The 1N4384GP-E3/54 can handle up to 1A of current and has a reverse breakdown voltage of 54V. It has a junction temperature rating of 150C and a maximum operating temperature of 175C. The diode has a surge rating of 1A and a power rating of 200mW.

Conclusion

1N4384GP-E3/54 is a single diode rectifier, used for rectification to convert alternating current (AC) to direct current (DC). It is ideal for use in switch mode power supplies, battery chargers, and similar applications due to its high current handling capability, high-speed switching, low VF and enhanced ESD-rated high reliability, small footprint, and surge-current capabilities. It works on the principle of PN junctions, using the law of thermodynamics to convert AC to DC voltages.

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