TV02W100-HF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS - Diodes are in wide use in various electronic application fields to provide protection against voltage transients. The TV02W100-HF, developed by Trivalent Electronics LLC, belongs to this group of diodes and is specially designed to provide protection against large surge currents.

The device contains a distinctive combination of field-proven cathode and anode technologies as well as diverse channel options. It can provide an electrical surge protection with superior clamping rate. This optimizes the protection of modern circuits from over-voltage seconds.

Typical applications for the TV02W100-HF include Automotive, ASIL-B/AEC-Q100, Office Equipment, and High Reliability Industrial. It can also be used in Automotive Lighting, Emerging 9Ghz Industry (DTV/GPS/NB), Security systems, and Smart devices, among others.

The TV02W100-HF works primarily by dissipating a high-power surge in an extremely efficient fashion, thus preventing system level destruction. When any device connected to the diode experiences an over-voltage surge, the TV02W100-HF’s superior clamping rate ensures that this energy is dissipated faster than the worst-case surge. This process helps protect the system from any catastrophic or permanent failure.

The device is equipped with essential features such as a low clamping voltage, low dynamic impedance, and quick response time. Its specific clamping response rate is one of the primary features that makes it stand out from other diodes. Additionally, the TV02W100-HF is offered in an array of packages that can fit into space-constrained areas, and this helps in providing optimal and reliable protection.

To summarize, the TV02W100-HF is a robust protection device developed by Trivalent Electronics LLC. It is specially designed to provide protection against large surge currents. Its superior clamping rate, low clamping voltage, and low dynamic impedance enables it to dissipate high-power surges in an efficient manner, thus protecting systems from potential damage. Its wide range of applications and packages also makes it a suitable choice for various electronic applications.

The specific data is subject to PDF, and the above content is for reference