V375B36T200BS3

Introduction

The V375B36T200BS3 DC DC converter is a high performance, cost effective solution for a variety of applications. It is designed to convert a fixed voltage DC input into a regulated DC output. This type of DC/DC converter provides high efficiency, low noise operation, and full galvanic isolation between input and output. It has a wide range of input voltages and is capable of delivering up to 125 watts of power. Additionally, the V375B36T200BS3 is designed with transient protection, a low standby power requirement, and overload protection.

Applications

V375B36T200BS3 DC/DC converters are ideally suited for telecommunication and industrial applications, such as distributed power systems, digital signal processing systems, large scale battery systems, and solar power systems. Furthermore, it can be used in DC voltage regulation, load-sharing, battery-based systems, motor control circuits, audio-amplifier systems, and DC automotive applications. With its wide input voltage range, the converter can be used in both AC to DC and DC to DC applications.

Working Principle

The V375B36T200BS3 converter works by taking an input voltage of from 12-36V DC and regulating it to an output voltage of 3.3-36V DC. It utilizes a switching regulator topology, with the switching frequency determined by the PWM controller. When the input voltage is applied, the PWM controller dynamically adjusts the switched frequency, which is then amplified by the power regulating stage to produce a regulated output voltage. The output is then filtered to reduce any ripples in the voltage. The V375B36T200BS3 utilizes an internal control loop to regulate the voltage and maintain the output voltage within a pre-set range.

Summary

The V375B36T200BS3 DC/DC converter is a high performance, cost effective solution designed to convert a fixed voltage DC input into a regulated DC output. It can be used in a variety of applications, such as distributed power systems, digital signal processing systems, and audio-amplifier systems. The converter utilizes a switching regulator topology, with the switching frequency determined by a PWM controller. The output is then filtered to reduce any ripples in the voltage, and an internal control loop to regulate the voltage and maintain the output voltage within its specified range.