1N6482-E3/97

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Diodes are a type of semiconductor device that can direct current in one direction while blocking current in the opposite direction. The 1N6482-E3/97 is a single rectifier diode commonly used in power supplies and AC-DC converters. This article will provide an in-depth explanation of the 1N6482-E3/97 device, including its application field and working principle.

The 1N6482-E3/97 diode comprises an anode, cathode, and a junction between them. The anode is the positive terminal while the cathode is the negative terminal. The junction is made of N-type and P-type semiconductors, forming a diode bridge rectifier circuit with a reverse recovery time of approximately 30 nanoseconds. This makes the device suitable for applications that require fast switching and sharp response times.

The rated power of the 1N6482-E3/97 is 1.5 Amps at a voltage of 1000V. The device also features a high surge current rating of 80 Amps, allowing it to handle high current requests. In addition, it has a low forward voltage of 0.7V, making it ideal for applications where power saving is a priority.

The 1N6482-E3/97 is primarily used in power supplies and AC-DC converters. Its single rectifier design and reverse recovery time of 30 nanoseconds make it suitable for high-speed switching and high power AC-DC conversion. Its low forward voltage of 0.7V and high surge current rating of 80 Amps make it ideal for applications that require power saving and need to handle sudden high-power demands.

The 1N6482-E3/97 has a working principle based on the unidirectional flow of current. When the anode is connected to a positive voltage supply, electrons move through the junction and into the cathode, allowing current to flow in one direction. However, when the voltage is reversed, the junction blocks the motion of electrons, preventing any current from flowing.

In conclusion, the 1N6482-E3/97 is a single rectifier diode used primarily in power supplies and AC-DC converters. It features a reverse recovery time of 30 nanoseconds and a low forward voltage of 0.7V, enabling it to handle both high-speed switching and power saving applications. Its working principle is based on the unidirectional flow of electrons through the junction between its anode and cathode.

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