30KP132CA-TP

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TVS - Diodes

TVS diodes are integral components in various electronic devices, functioning as a safeguard against sudden power transients. A transient voltage suppressor (TVS) diode is designed with a high breakdown voltage to protect vulnerable circuits from overvoltage conditions. As a key component in the transient protection circuits, it works efficiently together with other components to provide advanced protection and ensure optimal performance of a system. The 30KP132CA-TP is a popular TVS component that is extensively used in many application fields for its superior performance characteristics and reliable protection capabilities.

30KP132CA-TP Application Fields

The 30KP132CA-TP is suitable for a wide range of application fields including industrial and residential power management, automotive electronics, communications and computing systems. It is commonly used in the protection against power transients and surge currents in components such as self-test ICs, FPGAs, micro-controllers, and other digital and analog electronics. It is also popularly used to provide secondary electrode for surge protection in industrial applications such as Ethernet, USB, or HDMI ports.

30KP132CA-TP Working Principle

The 30KP132CA-TP exhibits an excellent robustness in surge current handling capacity, ESD protection, and clamping voltage performance. Its working principle can be summarized as follows: when transient voltage surge occurs, the 30KP132CA-TP diode is triggered and clamps the voltage between its terminals. Such clamping action acts a protective layer to limit the damaging effects of surge voltage and current to prevent any resulting instability and system failure. At the same time, the 30KP132CA-TP dissipates the surge energy until the overvoltage condition has been successfully resolved.

Conclusion

The 30KP132CA-TP is an effective and reliable TVS component that is widely used to protect against sudden power transients. It is popular for its excellent surge current handling capacity, ESD protection, and clamping voltage performance that enables it to guard vulnerable circuits from overvoltage conditions. This TVS component is a key component in transient protection circuits, and can be used in a variety of applications including industrial and residential power management, automotive electronics, communications and computing systems.

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