CMR3-06 TR13

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The CMR3-06 TR13 is a rectifier diode, meaning it is designed to operate by only allowing current to flow in one direction. It is specifically designed for high surge capability, providing up to 2.5 A current for 200 us and up to 1.4 A for 20 ms. This makes it suitable for applications with high transient current requirements.

The CMR3-06 TR13 can be considered an isolated diode. Its footprint allows for it to be directly mounted onto a board, and its internal structure safeguards against shorts and electrical overloading. All these features make it suitable for applications where fast switching, accurate operation, and reliable protection is required.

The CMR3-06 TR13 is made with a low-forward voltage drop and better reverse leakage than other rectifiers. It also has a high surge rating, making it particularly suitable for voltage regulator applications. Additionally, due to its high-frequency capability, it is also suitable for rectification of high-frequency AC or DC loads.

The CMR3-06 TR13 is recommended to be used in a variety of applications, including high-frequency rectification, overvoltage protection, automotive, pre-regulator and voltage multiplier circuits, phase control and high-density spur control. Additionally, it is suitable for line switching and motor speed control circuits, as well as AC overvoltage protection.

The working principle of the CMR3-06 TR13 is quite straightforward. When forward biased, current flows from its anode to its cathode. This arrangement allows for current flow in only one direction, which is the typical operation of a rectifier diode. On the other hand, when reverse biased, no current flows through the diode, making it suitable for protecting sensitive electronics from overvoltage and short circuits.

In summary, the CMR3-06 TR13 can be used for a number of applications requiring a fast, efficient rectifier with high surge capability. Its low-forward voltage drop and reverse leakage, as well as its high-frequency capability make it suitable for large applications such as voltage regulators, rectification of high-frequency AC or DC loads, high-density spur control and overvoltage protection. Its internal structure makes it suitable for direct mounting onto a board and its transient current capabilities make it a suitable choice for many applications.

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