CMKSH-3T TR

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Diodes, rectifiers, and arrays are all related to the electrical industry. In this article, we’re going to explain the CMKSH-3T TR Application Field and Working Principle. This type of diode array is most commonly used in low-voltage applications.

The CMKSH-3T TR is a series of three-terminal axial structure diode arrays. It is designed for easy, precision matching applications that require the lowest possible blocking voltage. The CMKSH-3T TR contains high power density in a small size, and a broad temperature range.

Some of the main features of this diode array include a blocking voltage of 15V and a forward voltage drop of 0.75V – 1.25V. The device offers a very low on-state resistance (RDSon) of less than 1 milliohm and a high peak reverse current handling capability (IRRM). Additionally, it offers excellent thermal performance and high surge handling capability.

The CMKSH-3T TR can be used in a variety of applications, including precision switching applications, dc-dc converters, and flyback converters. In particular, it is ideal for applications in which power levels between 50W and 100W are required with blocking voltages of less than 18V.

So how does this diode array work? The CMKSH-3T TR consists of three terminals, one gate terminal and two source terminals. The gate terminal is connected to the control circuit. When the control circuit triggers a high-out signal, the diode array will forward bias, allowing current to flow from the source terminal to the drain terminal.

When the control circuit sends a low-out signal, the diode array will reverse bias, blocking any current from flowing from the source terminal to the drain terminal. This helps protect the circuit from any overvoltage, reverse current, and ESD protection.

The CMKSH-3T TR is an ideal choice for applications requiring up to 100W with blocking voltage less than 18V. It is well-suited for precision switching applications, dc-dc converters, and flyback converters due to its low forward voltage drop, low RDSon, and high surge handling capability.

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