MXLSMLJ17AE3 Circuit Protection

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A transient voltage suppression diode, abbreivated TVS-Diode, is an electrical component or device that can protect other electronics from electrical overstress (EOS). It is often used for voltage clamping or as an electrical arrester, and is available as a discrete component, a movable module assembly, or as an integrated (monolithic) circuit.

In particular, MXLSMLJ17AE3 is a uni-directional (uni-photo) voltage clamping device with an ESD (electrostatic discharge) resistance rating of 15,000 Volts, which is designed for applications such as high-speed data and communication interfaces — like USB, HDMI, and DisplayPort — and is compliant with IEC 60747-5-3 standards. Its robust and ultra-high ESD rating helps protect against system failures due to static discharges from fields like medical electronics, consumer electronics, industrial communication, and automotive systems.

The working principle of a TVS-Diode lies on its avalanche breakdown feature: The diode is structure in such a way that when a large reverse voltage is applied, it creates a large electric current, which is the avalanche breakdown. This current can then quickly reduce the reverse voltage, thus serves as a clamp for voltage protection. The major feature of the MXLSMLJ17AE3 is its Ultra-Low Reverse Leakage Current (URLC), which enables an ultra-low forward conduction voltage and fast response time.

Other features of the MXLSMLJ17AE3 includes its RoHS Compliance, 150mA max Surge Current Capacity, 8.5pF max Capacitance, 1.9W Power Dissipation, and an Operating Temperature range of -55 to +125˚C. These specifications make the MXLSMLJ17AE ideal for a wide range of consumer electronics and automobile applications.

In conclusion, the MXLSMLJ17AE3 is a powerful and ultra-reliable transient voltage suppression diode, which comes with and ESD rating of 15,000 Volts, an Ultra-Low Reverse Leakage Current (URLC), and other features that makes it perfect fit for consumer electronics and automobile applications. It is designed for applications that require speedy data and communication interfaces and is compliant with IEC 60747-5-3 standards.

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