VI-B7T-EY-F3

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

DC-DC converters are frequently used for the purpose of providing electrical power to electrical devices in a variety of applications. The VI-B7T-EY-F3 stands out as one of the most commonly used DC-DC converter for its high efficiency and reliability in the industry. In this article, we will explain the application field and working principle of the VI-B7T-EY-F3 DC-DC converter.

The application field of VI-B7T-EY-F3 DC-DC converter primarily focuses on high power converters, such as battery packs, solar cells and other power solutions for industrial and automotive applications. It also provides power in more sensitive environments, such as medical instruments, consumer devices and many others. The VI-B7T-EY-F3 DC-DC converter offers high power, low noise operation, allowing for high efficiency and longevity while providing clean and reliable power.

The working principle of the VI-B7T-EY-F3 DC-DC converter is based on switch mode converters. The power transfers from one switched circuit to another switched circuit by varying the average voltage of the input terminal, as itself does not store energy. Switching regulators or power converters, as they are also known, employ the use of switching transistors such as BJTs, FETs, and IGBTs to switch the input energy to a higher or lower output voltage.

The VI-B7T-EY-F3 DC-DC converter converts energy from the input to the output by changing the voltage or current of the input current using a transformer-like inductor, switch, capacitor, and diode. A portion of the input voltage is fed into the switch and when the switch turns ON an electric pulse is applied to the primary side of the transformer, then the magnetic field by the primary side will induce a current through the inductor to the secondary side of the transformer, the magnitude of this current will be proportional to the inductance and the rate of change in the input current. If the load is not connected, the energy stored in a capacitor is used for charging it.

When the switch turns OFF the energy stored in a capacitor is discharged to the output, the output voltage can be determined by the capacitor. The frequency of the input voltage is proportional to its absolute value. As the average energy transfer increases, so does the frequency, resulting in a stable output voltage. The output current can be controlled by varying the duty cycle of the switch, and increasing the input voltage. The VI-B7T-EY-F3 is capable of handling a wide range of input voltages, making it very versatile for various applications.

The VI-B7T-EY-F3 DC-DC converter is a widely used and highly efficient power converter, ideal for use in a variety of applications. Its ability to easily handle a wide range of input voltages, and its high efficiency and reliability make it the go-to device for powering industrial and automotive applications. Its efficient and reliable working principle makes it easy to customize power solutions for specialized applications and commercial needs. With its efficiency and reliability, it continues to be the one of the top choices among DC-DC converters.

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