V175LT20CPX425

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 (Transient Voltage Suppressor) and varistors, MOVs (metal oxide varistor) are components used in surge protection for overvoltage and transients. The V175LT20CPX425 is one of the components of this type, typically used for power line protection applications, and it is a great choice for protecting power lines when there are potentially damaging power fluctuations and surges. In this article, we will discuss the application field and working principle of the V175LT20CPX425.

Application field of the V175LT20CPX425

The V175LT20CPX425 is a high-performance, compact TVS device that is able to handle higher transient surge currents than other components of its kind and is designed to provide superior, low-impedance protection to sensitive digital or analog components, such as power supplies, data lines, and microcontrollers. The V175LT20CPX425 is ideal for protecting power lines against surges or transient voltage spikes due to either line-induced transients or lightning strikes. It is also suitable for providing low- to moderate-level overvoltage protection. Furthermore, the V175LT20CPX425 is equipped with an internal diode, making it suitable for cross-protection applications in equipment with multiple power supply rails.

The V175LT20CPX425 can be easily integrated into a variety of safety circuits, providing an extra layer of protection against overvoltage and transients. It is also used for automotive applications, such as protections against electromagnetic interference (EMI) and radio frequency interference (RFI).

Working principle of the V175LT20CPX425

The working principle behind the V175LT20CPX425 is fairly simple. It is essentially an active component that routes excess current away from the protected line or component in order to prevent it from being damaged. This component features an internal diode which provides an alternate current path for the surge current, thereby preventing the line or component from being damaged by the surge. The current then dissipates through the diode, which limits the amount of surge current that can pass through the protected component or line.

The V175LT20CPX425 is designed to protect against both positive and negative voltage transients, allowing it to act as a bidirectional current protector. The internal diode also helps to provide cross-protection against transients on multiple voltage rails. In addition, the device is designed to react quickly to both voltage transients as well as current transients, allowing it to provide fast and effective protection against potentially damaging surges.

The V175LT20CPX425 is capable of handling up to twenty amperes of surge current, allowing it to provide protection in a wide range of currents and voltage transients. Furthermore, the device features a high surge current rating, which ensures that the protected components or circuits can withstand even the most severe power surges. Finally, the device is designed with an ultra-fast response time, allowing it to quickly clamp down on any surges and limiting the damage.

Conclusion

The V175LT20CPX425 is a versatile component that can be used for a wide variety of power line protection applications. Its internal diode provides cross-protection against transients on multiple voltage rails, while its high surge current rating allows it to provide protection against severe power surges. Finally, its ultra-fast response time allows it to quickly clamp down on any surges, ensuring that the protected components or circuits can remain undamaged even in the most extreme conditions. This makes the V175LT20CPX425 an ideal choice for providing superior surge protection solutions.

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