V375B5E200BS

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DC-DC converters can offer a highly efficient and reliable power solution, and the V375B5E200BS is one such converter. It is a point-of-load (POL) type converter that is designed for applications from computers and telecommunications to automotive and industrial control systems. This converter can be used in isolated or non-isolated systems, and it offers a wide input voltage range, low noise operation, and high reliability.

In terms of design, the V375B5E200BS is based on a two-stage synchronous buck converter architecture, with a controller operating at a 350 kHz switching frequency. This is a non-isolated converter, meaning that no isolation barrier is present between the input and output sides of the power stage. In this design, the input voltage is stepped down by the primary side switch onto an inductor, which is then transferred to the secondary side switch. When the secondary output switch is turned on, the energy is transferred to the load.

The main features of the V375B5E200BS include its wide input voltage range of 9V-36V, its high efficiency, and its EMC compliant design. The V375B5E200BS converter is capable of providing a 400kHz switching frequency, and it has a typical efficiency of 92%. In terms of EMC, it has an integrated EMI filter design and is certified to meet the IEC 61000-3-2, and EN 55011 & EN 55022 standards.

In terms of applications, the V375B5E200BS is designed for use in applications ranging from computing and telecoms to automotive and industrial control. It is primarily designed for use in isolated and/or non-isolated systems where power requirements are of high power and low voltage. It is also suitable for use in step-down applications for communications and data-processing equipment, and in general power supplies where low noise and high reliability is required. Its wide input voltage range also makes it suitable for use in applications with fluctuating voltage conditions.

In conclusion, the V375B5E200BS is a highly efficient and reliable non-isolated DC-DC converter that is designed for a wide range of applications. It offers an efficiency of 92%, a wide input voltage range of 9V-36V and an EMC-compliant design. As such, it is an ideal choice for applications from computing and telecoms to automotive and industrial control.

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