DLP05LC-7

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TVS diodes are an important component of circuit protection, and among them, DLP05LC-7 is one of the most popular. The purpose of this article is to provide an overview of its application fields and working principles for those who want to explore its potential.

Application field of DLP05LC-7:

DLP05LC-7 TVS Diode series is designed specifically for electrostatic discharge (ESD) and lightning protection as well as other power switching applications. This series of diode has the capability to withstand up to 5 kV (8 kV (1.0 ms)) of ESD, 1 kA (300 us) type of surge current, and 5 A (30 us) and higher DC peak current for various applications. Commonly, these diodes are broadly used in consumer electronics, automobile electronics, IoT (Internet of Things), and circuits with higher electric power capacity.

Working Principle of DLP05LC-7:

DLP05LC-7 TVS Diode series works on the principle of hydrodynamic cavitation and modulation with an appropriately designed breakdown voltage of 5V. On application of high voltage, it initiates an avalanche breakdown in the p-type region within the PN junction. It reduces the voltage drop across the diode thus reducing the power dissipation. The TVS Diode is also designed to minimize the clamping voltage within this range.

The functional of the DLP05LC-7 TVS diode is to protect electronic circuits from abnormal external voltage disturbances such as ESD and lightning transient impulses. The breakdown voltage of the DLP05LC-7 is 5V; when the peak to peak voltage exceeds this value, the diode starts to conduct to reduce the differential voltage across it. Moreover, it also provides a limited amount of reverse current in case of reverse voltage across the diode. This limits the voltage applied to the electronic component while clamping the voltage.

Conclusion:

DLP05LC-7 is a widely used TVS diode with various application fields. It is designed for protection against ESD, lightning surge, and higher DC peak current. Its principle is hydrodynamic cavitation and modulation with an appropriately designed breakdown voltage of 5V. In conclusion, it is an important component of circuit protection and can help protect the circuit from damage caused by abnormal external voltage disturbances.

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