ROV14H680K-S-2

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Transient Voltage Suppression devices are the most commonly used surge protection technology. The ROV14H680K-S-2 is a Thyristor-based TVS device, which is designed to provide superior protection from over-voltage, over-current, and over-voltage transients. It is commonly used in the automotive, industrial, medical, and consumer electronics markets.

The ROV14H680K-S-2 is a medium voltage Thyristor-based TVS with a maximum continuous withstand voltage of 600V and a surge rating of 1500V. The device is designed with a low leakage current and low capacitance, which provides superior voltage suppression and low power dissipation. It is therefore suitable for use in applications where a high current, short duration surge is expected. The device also features high-temperature performance, enabling its use in demanding high-heat environments.

The working principle of the ROV14H680K-S-2 is relatively straightforward. When a surge or overvoltage occurs, the MOSFET opens and the current is diverted away from the circuit. The device is designed with two Thyristor layers which act in series, so the current is equally divided between them and each layer must be opened individually to allow the current to be diverted. This prevents destructive power ripple on the circuit and keeps it safe and stable.

In terms of application, the ROV14H680K-S-2 is well suited for use in automotive and industrial applications, where reliable and robust voltage protection is required. It can be used to protect circuits from surges, ESD, and transients on power lines and data lines. It can also be used in medical equipment, battery charging circuits, consumer electronics, and other applications which require superior voltage regulation or transient protection.

Overall, the ROV14H680K-S-2 is a high-quality and reliable device, providing superior protection against transient voltage and current. Its robust design makes it suitable for a wide range of applications, and its low-power consumption makes it an economical solution for protecting circuits and equipment from damage caused by over-voltage and transient surges.

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