5KP7.0CE3/TR13

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Transient Voltage Suppression (TVS) diodes are designed to protect against the destructive forces of electrical overstress (EOS) due to surges, spikes, or electrostatic discharges (ESD). A common kind of TVS diodes are 5KP7.0CE3/TR13 devices. These diodes are used in applications where reliable, cost-effective, and fast-acting EOS protection is needed.

5KP7.0CE3/TR13 Applications

5KP7.0CE3/TR13 hybrids are designed to provide ESD protection for data and signal lines in low voltage and sensitive electronic components of systems that operate between -55C and 125C. This type of TVS diode is most commonly used in high speed communication systems, such as Ethernet and USB interfaces. It is also used in printed circuit boards (PCB) to protect vulnerable ICs or connectors from ESD surges. These diodes are also used in industrial machines, such as CNC equipment, and medical appliances or equipment.

5KP7.0CE3/TR13 Working Principle

When an ESD surge appears on the signal line between the anode and the cathode of the 5KP7.0CE3/TR13 diode, the diode immediately shunt and clamp the voltage to a safe level. The device starts conducting current almost instantaneously (< 0.5 ns) and the stored energy is dissipated as heat through the anode tab. The device features low clamping voltage (<7V) and is able to absorb up to 5A of current. The internal construction of the hybrid divides the ESD current through the two parts of the diode, which reduces the switching losses and the amount of stored energy. The efficiency of the 5KP7.0CE3/TR13 is further improved by its active electro-spark control feature, which maintains the protection without increasing the power dissipation.

Conclusion

The 5KP7.0CE3/TR13 devices offer excellent protection against ESD, spike, and surge events in sensitive electronic components. These devices have successfully been able to reduce the voltage stress of up to 5A currents. They also feature a low clamping voltage and fast-acting response time, offering the best possible protection solution for most applications. Furthermore, the device’s internal construction helps reduce the switching losses and power dissipations, while its active electro-spark control feature improves the overall efficiency of the device. With its reliable performance and cost-effectiveness, 5KP7.0CE3/TR13 hybrids are perfect for protecting data and signal lines in a wide range of applications.

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