TV02W160-G

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TVS-Diodes, in general, are surges suppression components, which protect devices and circuits against high-voltage pulses such as those caused by electrostatic discharge (ESD), power cross or lightning strikes. In the application field, the purpose of TVS - diodes is to protect sensitive electronic components from damage due to transients on the power supply, and to protect the circuitry from an additional source, such as electrostatic discharge.

The TV02W160-G is specially designed to protect Common Mode (CM) transients and provide increased protection for high-speed data lines in telecommunications, computer and consumer applications. This ultra-low capacitance diode offers a compact design, low power consumption and high reliability, as well as ESD and surge performance.

The working principle of the TV02W160-G is based on the breakdown voltage, which is an electric field of approximately 3 V/mm responsible for the conduction flow of electric current in the diode. This breakdown voltage allows the diode to pass current in one direction and block it in the other direction. When an overvoltage occurs, such as an ESD or a power cross, the breakdown voltage of the diode is exceeded and the diode conducts the surge current. This allows the protection circuit to work as a clamp, limiting the surge current and preventing any damage to the device.

The TV02W160-G diode is suitable for high speed signal applications and high frequency data transmissions due to its low capacitance and fast response times. Furthermore, the diode is able to protect against both electrical overstress (EOS) and electrostatic discharge (ESD) up to IEC 61000-4-2 (± 8KV). In addition, it has high junction-to-case capacitance ratio, which makes it suitable for high speed signal applications.

In summary, the TV02W160-G diode is a reliable ESD and surge protection component which can provide impressive protection for sensitive electronic components against transients on the power supply and EOS or ESD. Its ultra-low capacitance allows for fast response times, while its high junction-to-case capacitance makes it suitable for high speed signal applications. This diode is ideal for a variety of applications in telecommunications, computer and consumer applications.

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