V15PM12HM3/I

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The V15PM12HM3/I is a type of single rectifier diode. It is widely used in various applications, including automotive and power-management applications. The device has been designed to provide efficient and reliable current rectification.

The V15PM12HM3/I is an ideal component for applications that require low forward voltage drop and high blocking voltage. It is designed in a two-lead, molded case, allowing for easy installation and secure component mounting. The device is constructed with a heavy-duty, thermally efficient plated copper tab for lead termination.

This single rectifier diode is particularly well-suited for AC-to-DC power converters, motor control circuits, DC input converters, DC-DC converters, power conditioning and monitoring, and voltage regulator modules. It has very low impedance when conducting, providing high efficiency and low energy losses during current conduction.

The device has a rated repetitive peak reverse voltage of V15PM12HM3/I, with a maximum forward and reverse continuous blocking voltage of 12 and 15 V respectively. The maximum forward current rating of the V15PM12HM3/I is 3A. The typical turn-on and turn-off times are typically 8 μs and 8 μs respectively.

The working principle of the V15PM12HM3/I is based on the rectification effect, which is the process of changing AC current into pulsating DC current. In a single rectifier diode, one of the two p-n junctions acts as the rectification element, allowing current to flow in one direction, while blocking current in the opposite direction. When an input voltage is applied, the diode will turn on (forward bias) and allow current to flow. When the applied voltage is reversed, the diode will be in reverse bias, with current blocked from flowing.

The V15PM12HM3/I is a reliable device for high-power applications such as motor control or DC-DC converters. It is constructed from high-reliability silicon, with a high degree of temperature stability and thermal dissipation. Its high reliability and efficiency make it an excellent choice for demanding applications.

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