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TVS - Diodes: CDSOT23-T36C application field and working principle

In the field of TVS-diodes, CDSOT23-T36C is a state of the art technology components with low leakage levels and a wide range of application fields.

CDSOT23-T36C stands for Circuit Diode Surface Mountable Protection Device and is the latest development in the field of TVS-diodes. It is designed to protect high-speed interconnects from over-voltage transients. CDSOT23-T36C also offers excellent stabilization of marginal signals by providing a very low resistance channel for signal conduction. CDSOT23-T36C is able to clamp surges occurring at high frequencies, thus providing stabilization for marginal signals. It also provides a soft clamping behavior and excellent transient charging capability.

The working principle of CDSOT23-T36C is based on the principle of metal oxide semiconductors (MOS). When a MOS device is biased in the correct way, a depleted layer is formed between the drain and the source, allowing current to flow between them. In the case of the CDSOT23-T36C, the depletion layer is formed by applying a clamped voltage across the two terminals. This acts as a temporary barrier to the over-voltage transient, allowing the signal to pass through while the device absorbs the damaging electrical energy.

CDSOT23-T36C is suitable for many different applications, including high-speed signal transmission in sub-nanosecond timescales. It is also suitable for industrial and automotive applications, where it can act as a voltage regulator to provide a stable line for sensitive equipment and circuits. CDSOT23-T36C is also popular for consumer electronics, especially in mobile phones and computing devices, as it helps to provide a reliable power supply and a safe operating environment for the components.

CDSOT23-T36C is an efficient and reliable device for many applications, offering a low capacitance and fast clamping times to protect valuable equipment and circuits. Furthermore, its small size and excellent safety features make it a great choice for consumer electronics and automotive industries.

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