P6KE8.2A-TP

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TVS-Diodes are special devices that provide a robust form of protection for electronics that are vulnerable to electrical current surges. The P6KE8.2A-TP is a type of TVS-Diode which offers several advantages over similar devices due to its advanced protection. This device is particularly suited for applications such as power-supply monitoring, data-line protection, and circuit protection for telecommunications, automotive, computer, and consumer electronics.

The P6KE8.2A-TP has a maximum peak pulse current rating of 8.2A and is designed to protect components against transient voltage surges. It is unidirectional, meaning that it will only let current pass through in one direction. This allows it to protect against transient voltage induced current events such as lightning strikes or static discharge. Additionally, it has a response time of 1ns, making it an ideal solution for protecting sensitive electronic components.

The working principle of the P6KE8.2A-TP is fairly simple. When the device is exposed to a transient voltage surge, it clamps the transient voltage by diverting the excessive current through an internal diode. This limits the voltage to the protected load, ensuring that the component does not experience any damage. Additionally, the device also offers a very low leakage current, which will not affect the performance of the component.

The P6KE8.2A-TP is well-suited for applications where a minimal number of components are required, which makes it a suitable solution for space-constrained projects. This device is able to protect against both multi-line and single-line transient voltage surges, thanks to its high peak pulse current. Additionally, it is RoHS compliant and designed to provide long-term reliability.

In conclusion, the P6KE8.2A-TP is an advanced TVS-Diode that offers a reliable solution for protecting sensitive electronic components from transient voltage surges. It has a response time of 1ns, making it ideal for applications where low-latency protection is crucial. Additionally, it has a minimal leakage current and is designed to provide long-term reliability. Furthermore, this device is RoHS compliant and suitable for space-constrained projects.

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