V375A8H300BN

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 power supplies used in a variety of electronic applications which involve transforming a DC voltage from one level to another. The V375A8H300BN is a popular DC DC converter model from Vicor Corporation, a leading American manufacturer of AC-DC and DC-DC power components and systems. The V375A8H300BN is a 400W non-isolated Externally Programmable DC-DC Bus Converter that is rated for both 12V and 48V input voltage environments. This specific model is designed to deliver power with flexibility and ease of operation, as well as superior efficiency and reliability.

The primary application field for the V375A8H300BN is server applications, where the use of N+1 redundancy with current share technology is provided. This type of redundancy requires the sharing of load current. If one module fails, the load current is shared by the remaining modules. This provides a simple, cost effective way to ensure system availability. The V375A8H300BN is well suited for this application due to its advanced current share circuit. Its built-in circuit monitors the output current level and adjusts the module power output to maintain the proper load sharing and accurate current level.

In addition to the server application field, the V375A8H300BN is also ideal for use in various industrial applications, such as instrumentation, medical, defense, telecommunications and networking. This model features an extended temperature range, making it suitable for use in virtually any type of environment. It is also equipped with a high efficiency design which helps to reduce the energy costs associated with running the unit. Furthermore, the low profile of the V375A8H300BN saves both time and space, which makes this DC DC converter suitable for applications where space is limited.

The working principle of the V375A8H300BN is relatively simple. This product consists of an input, an output and a power stage. The input stage takes in the direct current from the power source and converts it to pulsating direct current. This pulsating direct current is then transferred to the power stage, which further amplifies and shapes it. The output stage then produces a steady direct current to output the desired voltage level. The process is highly efficient and able to deliver power in a wide range of load conditions and frequencies with minimal output ripple.

Overall, the V375A8H300BN is an excellent example of a DC DC converter. Its wide range of applications make it ideal for both server and industrial environments. Its advanced current share circuit provides excellent load sharing and robust operation. It has a high efficiency design to help reduce energy costs and a low profile to maximize installation flexibility. Finally, its simple working principle furthers its reliability and performance.

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