CPDQR12V-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

The application of TVS - Diodes like the CPDQR12V-HF is widespread, from the automotive industry to the audio and video industry. It is used in many industries because it is a reliable overvoltage protection component that helps to safeguard electronic circuits.

The CPDQR12V-HF is a transient voltage-suppression (TVS) diode. Its most obvious feature is its lightning-fast response time of 80ns at an overvoltage of 1.5kV. It is ideal for use in the automotive industry, as it can protect electronic circuits from interference and surge voltages. In addition, the CPDQR12V-HF TVS Diode has a peak pulse current of up to eight amperes (8A). This makes it suitable for use in audio and video circuits, which will be subject to a varying degree of spikes or voltage fluctuations.

As well as a lightning-fast response time, another advantage of the CPDQR12V-HF TVS Diode is its operating principle. This is a protection device that operates by redirecting the current flow away from the sensitive components or circuits to a ground or a low-voltage source. The TVS Diode is able to do this quickly and effectively, offering effective voltage protection. This is due to the way it works: when an overvoltage occurs, the TVS Diode will break down and a “short circuit” between its terminals will be formed, thus redirecting the energy away from the elements it was applied to protect.

The CPDQR12V-HF TVS Diode is highly reliable and can stand up to high temperature and humidity environment extremes. It is a low-power device with a maximum operating voltage of 12 volts, so it also presents a good option for low-current applications. Additionally, its low capacitance voltage protection ensures good signal integrity, making it suitable for video and audio applications.

The CPDQR12V-HF TVS Diode is a small and easy-to-use device that can help protect sensitive components or circuits from overvoltage effects. Its lightning-fast response time and low capacitance voltage protection make it ideal for use in automotive and audio and video applications. Its operating principle ensures that it is able to quickly and effectively redirect current flow away from vulnerable components or circuits to a ground or a low-voltage source.

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