5KP17A-E3/73

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TVS diodes are devices used to reduce the stress caused by transient voltage events and protect components or equipment from destruction due to voltage overloads. Generally, they are made of a pair of PN-junctions placed in back-to-back series, and their function is to cause a current to flow in the opposite direction of a voltage transient event. The 5KP17A-E3/73 TVS diode is a high performance, integrated circuit TVS diode with low capacitance, low clamping voltage, and low leakage current. Its integrated circuit design makes it suitable for usage in consumer and commercial electronic circuits as well as other applications.

The application field of the 5KP17A-E3/73 TVS diode is extremely broad, covering the following areas: consumer electronics, automotive/vehicle electronics, industrial electronics, telecommunications, medical equipment, and aerospace. Its integrated circuit design makes it capable of providing reliable protection from transients and surges in low voltage, high current applications such as in power management, processor and memory over-voltage protection and motor drive circuit protection. In addition, the diode is ideal for use in data centers, lab test and measurement equipment, and even high end audio/video equipment.

The 5KP17A-E3/73 TVS diode works by clamping the input voltage to a predetermined safe levels, limiting the output to a maximum scope. The traceable working principle of the diode is that during a transient event, the TVS diode will become reverse biased, allowing a reverse current to be conducted between the anode and cathode. The diode will then become forward biased and allow a normal current flow from the anode to the cathode.

In conclusion, the 5KP17A-E3/73 TVS diode is a high-performance integrated circuit TVS diode that provides multiple levels of protection from transient voltages. It is suitable for use in a wide range of applications, including consumer electronics, automotive/vehicle electronics, industrial electronics, telecommunications, medical equipment, aerospace, and data centers. Its integrated circuit design allows it to provide reliable protection from transients and surges in low voltage, high current applications. Its traceable working principle is that, during a transient event, the diode becomes reverse biased, allowing a reverse current to be conducted between the anode and cathode, and then become forward biased and allowing a regular current flow from the anode to the cathode.

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