MSMLJ20A/TR

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MSMLJ20A/TR is a widely used unidirectional device in the field of transient voltage protection. It is part of a family of transient voltage suppressors (TVSs), diodes that are designed to protect semiconductor devices from the harmful effects of high-energy, high-voltage spikes between power lines, or due to lightning or EMI/RFI interference. The MSMLJ20A/TR device offers low leakage current, fast response time, and low capacitance.

The TVS diode is designed to limit transient voltages to safe levels. It is composed of a diode, an integrated circuit, or a larger semiconductor device. In a typical application, a diode is connected between the line and one of the two caps in a protection circuit. When a high voltage is applied, it shorts out the protection circuit and discharges the surge current. At low voltages, the diode does not conduct.

The MSMLJ20A/TR is a low-capacitance, ultra-fast diode. It has a low on-state resistance, low leakage current, fast recovery time, and low capacitance. It offers reliable protection against voltage transients and ESD strikes up to 20A peak. It also features a reverse breakdown voltage of 5.6 volts for improved protection against overvoltages. The response time of the diode is typically less than 25ns. This makes it suitable for applications such as data and communication systems, digital control circuits, microcontrollers, and PC boards.

The MSMLJ20A/TR device is also well suited for high frequency applications due to its low capacitance. It has a reverse current leakage of 1 µA at 25ºC and 1 KnA at 85ºC. This makes it appropriate for application in high current, high voltage applications. Furthermore, it has an avalanche voltage of 5.8V and a peak pulse power of 600 watts. Due to its low leakage current and low capacitance, it is ideally suited for noise filtering applications.

The MSMLJ20A/TR is an easy to use transient protection diode that provides reliable protection against EMI/RFI and voltage transients. It has fast response time and low capacitance, ideal for digital control circuits and high frequency applications. Its low leakage current, avalanche voltage, and peak pulse power make it suitable for a variety of applications, including noise filtering applications.

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