EGF1CHE3_A/H

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Diodes, such as EGF1CHE3_A/H, are electronic components that control the direction of electric current. Rectifiers specifically limit electrical current to flow in one direction only. Single rectifiers, as implied by the name, consist of a single diode that regulates the current flow. EGF1CHE3_A/H is no exception.

The EGF1CHE3_A/H rectifier has a maximum average forward current rating of 1.0A with a power dissipation of 4.0W. It has a non-repetitive forward surge current rating of 200A and reverse surge current rating of 100mA. The maximum forward voltage drop is 1.0V at 1.0A and its maximum reverse leakage is 100uA at 25℃. In addition, the operating junction temperature range of this diode is -55℃ to 125℃.

The EGF1CHE3_A/H can be used in many applications, some of which may include; providing electrical isolation, rectifying alternating current (AC) to direct current (DC) conversion, over-voltage protection, and surge protection. EGF1CHE3_A/H is also useful in devices that require high frequency switching to provide minimal power dissipation. With its fast forward voltage drop and reverse recovery characteristics, these rectifiers are ideal for applications in low power and high frequency switching such as in switching power supplies.

EGF1CHE3_A/H diodes operate by constructing a one-way street for electrical current to pass through. When the voltage across the anode and cathode is positive, the diode is “on” and electrical current will flow from the positive terminal, anode, to the negative terminal, cathode. Conversely, when the voltage across the terminals is negative, the diode is “off” and the current will not flow. This blocking action allows the diode to regulate the current flow, while providing protection to sensitive electronic components.

The EGF1CHE3_A/H rectifier is a great option for applications that need to handle high frequency switching and low power dissipation requirements. With its one-way street structure, this diode is also very useful for protecting valuable electronic components by regulating the current flow. The wide operating temperature range, low power dissipation and high surge current rating also make it an ideal device for many different applications.

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