P6KE82C-E3/54

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Transient Voltage Suppressor (TVS) Diodes are used to protect sensitive electronic components from damaging transient risks. The P6KE82C-E3/54 is one such TVS diode designed to provide protection to high-speed data lines such as USB2.0, IEEE1394, HDMI, and Display Port. It is made of Silicon Carbide (SiC) and designed for applications up to 30 Volts.

Application Field:

P6KE82C-E3/54 is mainly used to protect the sensitive electrical devices from transient surges associated with various types of data connectors and cables. These include, but are not limited to, USB2.0, IEEE1394, HDMI, and Display Port connections. For example, these can be installed in the ports to protect against transient electrical surges that may occur due to external lightning strikes or electrostatic discharge.

Working Principle

TVS diodes such as the P6KE82C-E3/54 function to protect electronic components from transient events by diverting the current away from the sensitive components. In an over-voltage situation, the diode acts as a low-resistance path, allowing the current to flow through the diode and away from the sensitive components. When this occurs, the diode may become destroyed, depending on the magnitude of the transient surge.

The P6KE82C-E3/54 is designed to be a robust device with a fast response time in order to be effective in protective duty. Its fast response time ensures that it can protect against fast-changing transients, while its SiC construction ensures that it can withstand power levels of up to 30 Volts. Furthermore, its low capacitance ensures that it can provide protection for high-speed data cables.

Conclusion

The P6KE82C-E3/54 is an excellent choice for protecting against transient surges. It is designed for use with USB2.0, IEEE1394, HDMI, and Display Port connections, and is capable of handling power levels of up to 30 Volts. It also has a fast response time and low capacitance, making it suitable for high-speed data lines. In short, the P6KE82C-E3/54 is an excellent choice for protecting against transient risks.

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