P4KE130CA-E3/73 Circuit Protection

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TVS - Diodes are an important component in many electrical products, and P4KE130CA-E3/73 is no exception. It is a surge suppressor specially designed for protecting electronics from transient over-voltage stress caused by electrical disturbances such as lightning or power surges.

This model is designed to be used with signals with low capacitance and provides superior circuit performance for a wide range of voltage signals. It is capable of providing protection up to 130V from transient voltage. It is also equipped with a fast response time that is rated for 1.0 ns and can withstand up to 8A of continuous current while offering excellent clamping capability and surge protection.

P4KE130CA-E3/73 can be found in many applications, from consumer electronics to industrial control systems. In consumer electronics, it is most commonly used in wall outlets, radios, TVs, cell phones, laptops, and computer peripherals. In industrial contexts, it can be found in power supplies, control systems, and data communication systems. This device is capable of providing the necessary protection to ensure the safety of both people and electronics in all these contexts.

The working principle of P4KE130CA-E3/73 is based on the voltage clamping effect of the diode that provides a clamping voltage that limits the surge stress. The device consists of a voltage- protection circuit and a series of diodes connected in parallel. When a surge occurs, the voltage-protection circuit measures the voltage change and uses this information to determine the appropriate clamping voltage. The diodes then come into play and act as a barrier to the transient voltage, providing a clamping voltage that is much lower than the input voltage. This helps to protect the electronics from the over-voltage stress.

P4KE130CA-E3/73 is a renowned surge suppressor that is capable of providing engineers and system designers with the protection they need against various transient voltage issues. Its versatile applications, quick response time, and superior circuit performance make it a reliable and cost-effective solution for engineers and system designers in a wide range of industries.

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