D5V0L1B2DLP3-7

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TVS - Diodes are an important type of electronic components that are used to protect sensitive equipment from voltage transients and over voltage events. The D5V0L1B2DLP3-7 is a popular model of TVS diode used in a wide variety of applications. This article will discuss the application field and working principle of the D5V0L1B2DLP3-7.

The D5V0L1B2DLP3-7 is a unidirectional diode with a break over voltage of 6.8V and a peak power rating of 500W. It is designed to protect sensitive components from surges, electrostatic discharge (ESD) and other transient voltages. The device also offers a fast response time of 10ns. The D5V0L1B2DLP3-7 can handle up to 500W of peak power, and its maximum reverse leakage current is 65mA.

The D5V0L1B2DLP3-7 is commonly used in a variety of application fields. It is used for TVS protection of high-speed data lines, including USB, Ethernet, audio and video cables. It is also used to protect low-voltage analog and digital circuits, such as computer motherboards, hard drives, and power supply units. Additionally, the D5V0L1B2DLP3-7 can be used to protect LED lights, sensors, and robots.

The working principle of the D5V0L1B2DLP3-7 is based on the Zener breakdown principle. When the voltage across the PN junction of the diode reaches the breakdown voltage, current will start to flow through the diode. This sudden increase in current is known as a "avalanche breakdown" and is what provides the protection from voltage transients and over voltage events. The D5V0L1B2DLP3-7 can handle up to 500W of peak power, allowing it to effectively protect sensitive components from potential damage.

In conclusion, the D5V0L1B2DLP3-7 is a popular model of TVS diode that is used to protect sensitive components from voltage transients and over voltage events. It is commonly used in TVS protection of data lines, analog and digital circuits, LED lights, sensors, and robots. The diode can handle up to 500W of peak power and works on the Zener breakdown principle, quickly providing protection from sudden voltage changes.

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