MUR320S M6G

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The MUR320S M6G is a single rectifier diode designed to deliver low forward voltage drop and high peak reverse voltage. It is composed of four series-connected rectifiers, forming a solid state device which uses four p-n junctions for switching and rectification.

The MUR320S M6G device is made up of a special-purpose silicon-epitaxial N-type diffusion and a low-cost polycrystalline silicon P-type diffusion. The combination of the two types of diffusion provides a high breakdown voltage of 65 V, good junction capacitance characteristics, and a low forward voltage drop.

The MUR320S M6G device is commonly used in AC-DC switching power supplies, linear DC power supplies, CRT, and automotive applications.

In AC-DC switching power supplies, the MUR320S M6G can be used as an efficient rectifier, allowing for a more compact design, low power dissipation, and decreased voltage losses due to the low forward voltage drop of the MUR320S M6G device. It also provides good overload protection in power supply designs, which is important in considering EMI and system compliance in many applications.

In linear DC power supplies, the MUR320S M6G can be used as a switch to turn off or on an energy source. The low forward voltage drop and high peak reverse voltage of the MUR320S M6G allow for efficient rectification with excellent ripple control and low power dissipation.

The MUR320S M6G can also be used in the CRT application. The device can effectively deal with EMI from the system and provides isolation from power supply components and the display, improving the reliability and system performance.

In automotive applications, the MUR320S M6G can be used in power supply systems, providing a high level of protection against overcurrent and fault conditions, while at the same time providing a low forward voltage drop that improves the efficiency of the system. The MUR320S M6G also operates accurately and safely in high-temperature environments.

The working principle of the MUR320S M6G is based on the controlled flow of electric current through a pair of terminals. One terminal, the anode, is connected to a positive voltage source, while the other terminal, the cathode, is connected to a negative voltage source. When current flows through the device, it will construct a voltage drop which can be used for applications ranging from switching, to rectification, to current limiting.

The MUR320S M6G is also capable of carrying a large current in both operating and blocking states, improving the thermal dissipation of the device. This makes it suitable for high power applications, and requires minimal energy losses due to the low forward voltage drop. The protection offered by the device ensures reliability and safety in any application.

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