MURT10005R

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Diodes - Rectifiers - Arrays is a broad category that covers a range of applications from high-power rectifiers to diode arrays. One such product is the MURT10005R, a rectifier designed for use in computer power supplies, switching power supplies and AC-DC converters. It is a fast, low-cost rectifier solution that offers better efficiency and performance than conventional bipolar rectifiers.

The MURT10005R is a 3-pin rectifier module with an isolated frame package. It has a nominal current rating of 5A, maximum peak forward surge current rating of 30A, reverse voltage of 1000V and features built-in free-wheeling diode with low forward voltage drop. The parasitic inductance is less than 500 nH, so it is suitable for pulsed currents and high-frequency applications where low EMI is required.

This rectifier module is widely used in power supplies, switched-mode power supplies and AC-DC converters for its low cost, high efficiency and low power dissipation. It has a low forward voltage drop that helps reduce stress on other components in the system, as well as a low reverse voltage rating which reduces the risk of failure due to overvoltage. The high surge current rating ensures that it can handle large inrush current during start up, while its low parasitic inductance makes it suitable for use in high-frequency applications.

The MURT10005R works based on the principle of PN junction rectification. When an AC current is applied to the module, it converts the AC voltage into a pulsed DC voltage by rectifying the current through the junction. This is achieved by the forward bias of the PN junction that allows current to pass through it in the forward direction only, while blocking it in the reverse direction. This rectified DC voltage can then be further filtered and regulated to provide a continuous DC voltage.

The MURT10005R is a reliable and efficient rectifier module that is widely used in computer power supplies, switching power supplies and AC-DC converters. It offers high power efficiency and low power dissipation, a high surge current rating for handling inrush current during start up and a low parasitic inductance for use in high-frequency applications. Furthermore, it has a low forward voltage drop ensuring minimum stress on other components in the system, as well as a low reverse voltage rating that prevents failure due to overvoltage.

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