V375C12E150BS2

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DC to DC converters provide the ability to convert energy from one DC voltage to another, allowing engineers to select the most appropriate power source for a given application. DC to DC converters come in many shapes and sizes, from a few hundredths of an inch to several tens of inches, and can be powered by a variety of different sources, including generators, batteries, solar cells, and AC. One particular type of DC to DC converter is the V375C12E150BS2, a low-profile isolated double output bus converter designed for applications that require a wide range of input voltage and high conversion efficiency.

The V375C12E150BS2 is a very versatile DC to DC converter able to operate from wide input voltage ranges of 9V-75V and provide dual outputs of 12V and 3.3V with peak currents of 5A and 1.5A, respectively. It is designed for industrial applications such as programmable logic controllers, embedded communication systems, and test and measurement systems. The V375C12E150BS2 supports isolated double output bus converters with a thermal shutdown protection feature, enabling the device to withstand extreme temperatures without sacrificing efficiency or performance.

The V375C12E150BS2 also features a low-profile design to minimize board space and provide a very compact solution. The whole device is just 12.2mm in height, making it ideal for use in densely packed enclosures. The device is also designed to operate with low electromagnetic interference (EMI) levels which is important for applications that require sensitive control.

The working principle of the V375C12E150BS2 is based on switching technology. The converter is composed of a power switch, an inductor, two capacitors, and a voltage feedback circuit. The power switch is an insulated gate bipolar transistor (IGBT) which is controlled by an on-board control circuit. When the power switch is closed, current flows through the inductor and the input voltage is applied to the capacitors.

The output voltage is regulated by the control circuit by adjusting the on/off time of the power switch. This is done by monitoring the output voltage with the voltage feedback circuit and adjusting the output voltage to the desired level by changing the duty cycle of the power switch. The inductor and capacitors store the energy which is then converted into the output voltage. As such, the output voltage is regulated independently of the input voltage.

The V375C12E150BS2 promises excellent performance, reliability, and efficiency in a very small package. In industrial applications, the converter can provide two output voltages with a wide input voltage range, and its low-profile design makes it well suited for densely loaded enclosures. The device also operates with low EMI levels, making it suitable for sensitive control applications.

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