SMCG6036A/TR13

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TVS diodes are used to protect sensitive electronic equipment against voltage transients and switching transients such as electrostatic discharge (ESD), lightning, and power faults. The SMCG6036A/TR13 is an uni-directional, small-signal, transient voltage suppressor diode used to provide protection against over-voltage transients.

Application Field of SMCG6036A/TR13

The SMCG6036A/TR13 is most commonly used in communication equipment such as modems, local area networks (LANs), cellular phones, and other electronic products. This diode is also suitable for use in various electronic circuits, such as consumer electronic products and automotive electronic products. It features a fast response time and can withstand high levels of current for long periods of time.

Working Principle of SMCG6036A/TR13

The SMCG6036A/TR13 is a PNPN diode trigger device designed to provide protection against over-voltage transients. It is constructed using a silicon carbide substrate and a non-conductive layer of nitride overlaid on the silicon carbide. The device operates by absorbing the transient energy and clamping the voltage to a safe level. When an over-voltage transient occurs, the PN junction of the device is forward biased and the transistor is triggered which causes it to begin conducting current. The transient energy is dissipated across the device and the voltage is clamped to a safe level.

The device features a low leakage current and is able to withstand high levels of current for long periods of time. It also offers excellent temperature stability and fast response time which enables it to provide protection against over-voltage transients quickly.

In conclusion, the SMCG6036A/TR13 is a uni-directional, small-signal, transient voltage suppressor diode used to provide protection against over-voltage transients. It is suitable for use in communication equipment such as modems, local area networks (LANs), and cellular phones as well as in various electronic circuits. The device is able to absorb the transient energy and clamp the voltage to a safe level. It features low leakage current, high withstand current, excellent temperature stability, and fast response times which results in effective protection against over-voltage transients.

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