VI-B1P-MX-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 electrical systems used to convert direct current (DC) voltage from one value to another, for example, stepping up or stepping down an input voltage to a higher or lower output voltage. One of the most popular types of DC-DC converters is the VI-B1P-MX-F3 booster. This famous converter has a wide range of applications and a special design to suit a variety of needs, in addition to being compact and lightweight. Understanding the application field and working principle of the VI-B1P-MX-F3 DC-DC converter is essential for users to develop optimal solutions using this high-quality, reliable device.

The VI-B1P-MX-F3 is a DC-DC boost converter designed primarily for high-efficiency applications. It has a wide input range of 3V to 40V and is capable of producing up to 150W of output power. The output voltage range of the device is adjustable from 10V up to 50V, making it one of the most versatile DC-DC converters on the market. The VI-B1P-MX-F3 is popular for its high efficiency of 96%, low standby power consumption, and high power factor. The smaller dimension and low weight also make the VI-B1P-MX-F3 a perfect choice for applications that need high efficiency in a small package.

TheVI-B1P-MX-F3 is suitable for various application fields such as telecom systems, voltage source inverters, motor drives, battery-charged systems, AC line regulation, and industrial power control. In telecom systems, the VI-B1P-MX-F3 can be used for power-over-Ethernet equipment, high-speed backplanes, and optical transmitters. In motor drives, users can employ the converter to turn electrical motors off and on, as well as control their speed and torque via the output voltage of the converter. TheVI-B1P-MX-F3 can also be used for battery-charged systems, thanks to its adjustable output voltage range and high efficiency. In industrial power control, the converter is suitable for applications such as industrial automation equipment, UPS, and HVAC equipment, among others.

The working principle behind the VI-B1P-MX-F3 is fairly simple. The device utilizes a combination of two stages in order to boost input voltage. The first stage is made of a step-down power switch and an integrated voltage detector, with an input range from 3V to 40V. If the input voltage is lower than the preset voltage, then the power switch is off; if the input voltage is higher, then the power switch is on. The second stage uses a dc-to-dc boost converter circuit to increase the input voltage and produce the output voltage. This stage consists of an inductor, a diode, and a MOSFET switch. When the switches turn on, current flows into the inductor which builds up a magnetic field. When the switches turn off, the diode stops current flow in the other direction protecting the circuitry, and the current stored in the inductor is released to deliver output voltage.

In addition to being versatile and energy efficient, the VI-B1P-MX-F3 is also highly reliable and easy to use. The device is designed for high surge and short circuit reliability allowing it to work effectively in even the harshest of conditions. It also features EMI filter, soft-start, and over-temperature protection as added safeguards. The VI-B1P-MX-F3 also has a handy interface which makes it much easier to operate, with LED status indicators and adjustable output potentiometer. With its wide application field, working principle, and tremendous features, the VI-B1P-MX-F3 is one of the top DC-DC converters available on the market.

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