SM6T200CA

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The SM6T200CA is an ultra-low capacitance, ultra-low leakage surface mount transient voltage suppressor (TVS) diode designed for use in high-speed data interfaces such as Thunderbolt, Fibre Channel, and 10 Gbps Ethernet. It is a unidirectional device that helps protect sensitive components from voltage transients caused by electrostatic discharge (ESD). The SM6T200CA is available in three different configurations: without a zener diode, with a silicon avalanche diode, or with a low leakage P-FET diode. These configurations enable designers to customize the protection for specific applications.

The SM6T200CA’s ESD protection level exceeds 15kV (HBM) and its peak pulse power rating is 200 W. It features a low capacitance of 0.2 pF max, which allows for increased data speeds, a low operating voltage of 15V max, and an operating temperature range of -55°C to +125°C. It is supplied in an unsurpassed 0.9mm x 1.4mm package.

The working principle of the SM6T200CA is to limit the surge voltage to a applicable level by clamping the voltage across its terminals. During normal operation, the device allows current to pass between its two terminals. When an electrostatic discharge occurs or a transient voltage too high for the device to handle is applied, the device clamps the voltage and limits the current passing through it. This protects sensitive components from any damage caused by such transients.

The SM6T200CA is designed for use in applications such as computers, mobile phones, tablets, LCD TVs, and digital cameras. It is used in data interfaces such as HDMI, Mini and Micro USB, and Type-C ports. It also provides protection for audio and video applications. It is ideal for consumer, industrial, automotive, and avionic applications.

The SM6T200CA is reliable, easy to use, and comes in a small package making it a great choice for designers looking for ESD protection for their high-speed applications. It can help protect sensitive components from voltage transients and is available in three different configurations to suit the needs of different applications.

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