EGF1C-E3/67A

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Diodes - Rectifiers - Single - EGF1C-E3/67A

EGF1C-E3/67A is a rectifier diode with a single semiconductor junction. It is commonly used for rectification in power supplies, circuits, and similar applications. It is designed to provide reverse blocking, and efficient current conduction, and is available in various voltage and power levels.

Construction and Characteristics

EGF1C-E3/67A consists of a single, finely structured N-type semiconductor junction enclosed in a plastic case with two leads. The N-type junction has a low-forward voltage drop and a high-speed recovery time, making it particularly suitable for regulating and converting alternating current. The package is rated for up to 2.3 amps at up to 100 volts.

The diode has a low forward voltage drop and low leakage current. It is capable of fast switching with a very low power consumption. It also has a very low temperature coefficient and excellent reverse-recovery capability, making it highly efficient even under extreme temperatures and current fluctuations. The junction also has an optimized junction temperature that helps reduce thermal stress and increases reliability.

Electrical Performance

EGF1C-E3/67A has a maximum forward current of 2.3 amps and a peak forward current of 4.5 amps. The breakdown voltage is up to 150 volts. The maximum reverse leakage current is 0.1 mA. The reverse recovery time is very short; the diode releases almost no stored charge and recovers very quickly, reducing power loss and ensuring efficient operation.

The diode has low capacitance and inductance, which help minimize EMI and reduce power losses. The package is RoHS compliant to ensure maximum safety. It is also UL 94-V1 rated for electrical safety, so it can be installed in applications exposed to high temperatures.

Applications

The EGF1C-E3/67A is used in a variety of applications requiring fast switching, efficient current conduction, and low power consumption. These include switching power supplies, AC/DC converters, motor drives, and switching circuits. It is also used in digital applications that require fast switching speeds. The diode is widely used in applications in the automotive, industrial, and consumer electronics markets.

Working Principle

In a basic rectifier circuit, alternating current is applied to the diode terminals, which produces a DC voltage. As the AC voltage varies, the voltage across the diode varies too, but it is always in the same direction. When the magnitude of the AC voltage exceeds the diode\'s forward Voltage Vf, current flows through the diode and the diode is said to be "on". If the current is reversed, the diode becomes "off".

EGF1C-E3/67A can handle large surge currents, allowing it to switch rapidly from "on" to "off" without breaking down. This maintains low power loss even when the circuit is subject to large spikes in current.

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