EGL34AHE3/83

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EGL34AHE3/83 is a single rectifier diode, which is ideal for use in high-frequency rectification. Specifically, this device is made for applications such as power rectification and reverse voltage protection. The device delivers high speed switching with low forward voltage drop, providing better efficiency and higher overall performance. Additionally, it also comes with enhanced surge tolerance and resistance to transient voltages.

The device is primarily made from silicon and exhibits a low forward voltage drop of 1.5V @ 1A, making it a highly efficient rectifier. Furthermore, the reverse standing voltage rating is 43V, making the device highly suitable for applications such as DC-DC converters. Additionally, the device can also withstand transients up to 1ks, making it an excellent choice for rectification applications.

In terms of rectification applications, EGL34AHE3/83 diode works on the principle of preventing the flow of current in the reverse bias and conducting it in forward bias. In forward bias, the anode of diode is connected to the positive region and cathode is connected to the negative region of the circuit. Consequently, the anode current flows towards the cathode with the anode voltage becoming slightly less than the main power supply voltage due to the forward drop of the device. In case of reverse bias, the anode of the diode is connected to negative region of the circuit and cathode to the positive region. Consequently, the diode highly reduces the current flow which is also known as rectification.

EGL34AHE3/83 can be safely used in applications such as power rectification, reverse voltage protection, switch mode power supplies and their electrolytic capacitor life extension. It is an ideal choice for high power conversion and industrial grade rectification applications. In conclusion, the device combines high speed switching with low forward voltage drop, providing better efficiency and higher overall performance. Therefore, it is an ideal choice for a wide range of rectification applications.

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