TV02W750B-HF

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TVS Diode, also known as Transient Voltage Suppression Diode, is a type of device specifically designed to protect sensitive electronic components, such as integrated circuits and semiconductors, from voltage surges, electrostatic discharge, and other forms of high-voltage transients. TVS diodes can also be used to reduce EMI (electromagnetic interference) and RFI (radio frequency interference) signals. Among the many types of TVS diodes available on the market, one of the most popular is the TV02W750B-HF.

Application Field

The TV02W750B-HF is a low-capacitance, bidirectional TVS diode with a rated working voltage of 5V. It is mainly used to protect sensitive electronic components from high-voltage transients in consumer and industrial applications, such as telecom, laptops, TVs, and even appliances. The TV02W750B-HF is well suited for use in portable electronic devices, due to its radial leaded package and low footprint.

Working Principle

The working principle of the TV02W750B-HF TVS diode is based on the same principles as other TVS diodes. It works by clamping the voltage at a preset threshold when the input voltage exceeds the reverse breakdown voltage of the diode. When the input voltage returns to normal, the diode will automatically reset and enable the circuit to continue operating normally.

The TV02W750B-HF offers a low dynamic resistance, which means it is capable of handling high transient currents without causing any serious damage to the circuit. The design of the TV02W750B-HF also ensures that the output voltage remains constant even under extreme current transients. The TV02W750B-HF also has high reverse leakage current resistivity and offers excellent surge protection up to the specified peak pulse power.

Conclusion

The TV02W750B-HF is an ideal choice for various applications requiring highly efficient protection against high-voltage transients, such as telecom, laptops, TVs, and other appliances. It has a low capacitance and high surge withstand capability, which makes it capable of handling high transient currents without causing any serious damage. It also offers excellent results when used in environments with high electric and magnetic interference.

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