TV15C580JB-HF Circuit Protection

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TVS - Diodes refer to Transient Voltage Suppressor Diodes, and are commonly used in electronics to protect sensitive components and systems from damage due to electrical surges.

The TV15C580JB-HF is a bi-directional, 600 Watt, peak power transient voltage suppressor specifically designed for high frequency transient voltage suppression.

Applications

TV15C580JB-HF transistors can be used in equipment such as computers, cellphones, and other electronic equipment, as well as in touch panels, data terminals, and control panels, in general where sensitive electronics components and systems are employed.

In particular, the TV15C580JB-HF is suitable for applications such as protection from overvoltage, lightning, and electrostatic discharge. It is also an ideal device for high frequency applications and for protecting components in hostile environments.

Working Principle

When transient voltage occurs, the TV15C580JB-HF is designed to clamp the voltage to a safe level and provide sufficient reverse stand-off voltage to prevent device breakdown.

The TV15C580JB-HF incorporates multiple diffused electrodes which allow the device to effectively discharge surge currents and reduce the peak voltage instantaneously. The transient voltage suppressor also has an integrated breakdown voltage of up to 600 Watts, allowing it to handle a wide range of surge currents.

The TV15C580JB-HF also features low capacitance values, allowing it to handle high frequency applications without degrading the performance of other components. It also has a low leakage current, which helps to reduce the heat produced by the device and to reduce system noise. Additionally, the device\'s small size makes it ideal for applications where space is limited.

Conclusion

As a bi-directional, 600 watt peak power transient voltage suppressor, the TV15C580JB-HF is an effective device for protecting components from surges, high frequency electrical noise, and other hostile environments. With its low capacitance values and leakage current, it is able to handle high frequency applications without degrading the performance of other components while preserving system integrity.

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