VS-25CTQ045STRR-M3

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 VS-25CTQ045STRR-M3 is a rectifier array integrated circuit with two branches and four diodes. This device is primarily used for the power supply in a variety of electronic equipment, such as TVs, audio equipment, automotive, computers, and telecommunications.

The VS-25CTQ045STRR-M3 is typically made up of a dual Schottky junction array with a total of four diodes within the device. This device has an anode and a cathode per diode within the array. The diodes are designed to offer a low forward voltage drop, provide stable current sharing between each diode and provide reverse current protection.

The working principle of the VS-25CTQ045STRR-M3 is that it provides positive and negative voltage protection. The voltage drop Vf is always lower than 0.55V, which allows for a smaller power loss. This also means that it is able to provide more efficient rectification and power supply.

The low forward voltage drop allows the device to reduce power waste and offer more reliability in comparison to other rectifier arrays with higher forward voltage drops. The VS-25CTQ045STRR-M3 also comes with temperature compensation, making it better at temperature control and ensures that it can provide a stable voltage supply despite any varying temperatures.

The VS-25CTQ045STRR-M3 is usually applied in various electronic products, such as PCs, mobile phones and other electronic products. It can be used in a wide range of applications, including power supply, voltage conversion and over-voltage protection. This integrated circuit is also widely used for power supply and battery charge for laptop, notebook and other laptop-size portable products. It is also used in automotive and industrial applications.

The VS-25CTQ045STRR-M3 is able to provide a powerful and stable power supply to various electronic devices, which is why it is so popular. It comes with an over-current and over-voltage protection, as well as temperature compensation and low forward voltage drop, ensuring the device is reliable, efficient and able to provide a stable power supply.

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