CPDU5V0U-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

The CPDU5V0U-HF is a commonly used Transient Voltage Suppressor (TVS) diode for electrical circuit protection. TVS diodes are designed to limit high voltage surges and peaks, protecting downstream components from over-voltage damage. Typical use in automotive and audio systems, consumer electronics, communications equipment, and industrial systems.

Application Fields:

TVS diodes, such as the CPDU5V0U-HF, are typically used for the protection of circuits against Voltage Transients. They are often used in automotive, consumer electronics, communications equipment, and industrial applications where a large Transient Surge Current needs to be dissipated.

TVS diodes can be used to protect high-speed data and power lines from Electrostatic Discharge (ESD), Radio Frequency Interference (RFI), Electrostatic Induction (EI), and Lightning Surge events. With their high current-handling capabilities and excellent clamping performance, they can provide effective protection for both line-side and load-side devices.

Working Principle:

The CPDU5V0U-HF is a diode designed to limit high voltage surges and peaks in order to protect downstream components. It has a high peak surge current that is able to dissipate large bursts of energy without being damaged by the high-voltage. The CPDU5V0U-HF will clamp the voltage at its breakdown voltage (Vbr maximum) to provide protection to downstream components.

The TVS diode works by having the anode connected to ground, and the cathode connected to the input signal. The diode is reverse-biased so that when the signal voltage reaches its maximum peak, the diode will rapidly switch on and effectively clamp the voltage. As the signal voltage decreases, the TVS diode will slowly turn off, allowing the signal voltage to return to its normal equilibrium state.

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