VBT2045C-M3/8W

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 VBT2045C-M3/8W is a component part of the larger sub-category of diodes - rectifiers - arrays. As a part of a larger group, it contains a series of specific features and characteristics that differentiate it from other group members. This article explores the application field and working principle of the VBT2045C-M3/8W.

The VBT2045C-M3/8W is an integrated chip type rectifier bridge series that is used for three phase AC to DC rectification, providing double DC outputs. This configuration is ideal for miniaturized power-supply applications and also for more robust use in larger applications with voltage ratings from 5V up to 200V.

The VBT2045C-M3/8W includes two sets of rectifier critical points and uses the external circuit to make alternating current duty cycle of the positive and negative output for most efficient performance. The duty cycle of the positive and negative output is correspondingly adjusted by the trimming of the external current-limiting resistors. When the VBT2045C-M3/8W is used in a three-phase AC to DC power system, the power supply can provide a large amount of power while also providing a harmonic suppression that meets the EMC standard.

The general working principle of the VBT2045C-M3/8W begins with the input of a three-phase alternating current in the form of a power supply. This power supply is then fed into the IC, which uses the basic rectifier configuration of six diodes with a center-tapped transformer arrangement. This means that the input pins are then connected to the three-phase rectifier, which is then outputted to the two sides. This rectifier configuration then converts the alternating current into a full wave bridge bridge rectifier which will then deliver a DC output at the output pins.

The VBT2045C-M3/8W can offer many benefits to the user, with one of the biggest advantages being their ability to cut power loss by over two-thirds compared with conventional diode rectifier bridges. In addition to this, they offer fast switching speeds, high reliability, and can handle large current and voltage demands, making it perfect for applications requiring high power and precision. This makes it suitable for a range of different applications, such as automotive, industrial, and medical.

Unlike conventional rectifiers, the VBT2045C-M3/8W does not rely on mechanical components as opposed to conventional bridges. This makes for simpler, easier to maintain and secure operation and thus reduces the overall cost of ownership. Furthermore, the VBT2045C-M3/8W has a wide range of operating temperatures from -40°C to +125°C, making it ideal for use in harsher operating environments, such as the exterior of automobiles or industrial locations.

In summary, the VBT2045C-M3/8W is a member of the diodes - rectifiers - arrays category, and is a suitable choice for applications where power loss or high power demands are of a concern. Its three-phase rectifier configuration allows for double DC outputs while reducing power loss and eliminating the need for mechanical components. It is also suitable for use in a wide range of operating temperatures, meaning it can be used in harsher environments with the necessary reliability. Finally, the device offers a cost-effective choice for users when compared to other rectifier bridges.

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