V375C5T100BS

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DC DC Converters

V375C5T100BS

A DC/DC converter is a type of electronic circuit which is used to convert a DC input to a DC output. The V375C5T100BS is a specific DC/DC converter designed for high efficiency, high power applications. It is a product of Intersil, a company that specializes in power management solutions for consumer electronics and industrial automation.

Application Field

The V375C5T100BS is a highly efficient converter designed to provide the highest power output in a small form factor. Its unique features include a dual-stage topology with a peak efficiency of more than 90%. The V375C5T100BS is ideal for applications requiring fast transient response, high reliability, and high power conversion efficiency. It is suitable for powering FPGAs, DSPs, servers, general processors, and other high power loads.

Working Principle

The V375C5T100BS is a two-stage converter. It uses a step up/step down power converter that combines the advantages of a boost and buck converters. It has a wide input voltage range between 2.2V and 15.6V, and it can supply a regulated output voltage of up to 100V. The V375C5T100BS is capable of delivering up to 500W of power with an efficiency as high as 90% at a full load. It uses a combination of switching and energy storage components to achieve the required levels of efficiency and power.

The converter operates in a peak-truncated/peak-current-mode switching scheme. This means that the output voltage of the converter is always regulated within a certain accuracy level. The V375C5T100BS also has an Advanced Current Limiter (ACL) which helps to protect the system from over-power and over-voltage conditions. The converter also has short-circuit and open-circuit protections as well as an under-voltage lockout feature to protect against over-discharge.

The overall design of the V375C5T100BS makes it ideal for applications requiring high power, high efficiency, and reliable operation. It is a well-suited solution for powering systems where component space is limited, and for applications that require a highly efficient and reliable power supply.

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