V375C24T150BN3

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DC DC Converters: V375C24T150BN3 Application Field and Working Principle

DC to DC converters are electronic components used to convert the voltage from a high-voltage direct current source to a lower voltage direct current without having a separate source of power. It acts as a bridge between a high-voltage DC power source and a lower voltage DC device, such as a laptop computer or digital camera. The voltage is controlled by a switch or transistor, and a transformer helps step the voltage down.

The V375C24T150BN3 is a specific type of DC to DC converter manufactured by Vicor Corporation. It is a “zero-current turn-on, inverted-mode synchronous buck converter,” which is a specialized type of switch-mode voltage regulator. The V375C24T150BN3 has an output voltage of 3.3 or 5V, and is regulated by a 0.6V nominal voltage with a +/-5% tolerance. The converters feature short circuit protection, over-current protection, and constant voltage/current control. It is capable of operating at frequencies up to 150kHz.

This DC to DC converter has several key application fields. The first is for controlling temperatures of high-power LEDs from a low voltage source. The V375C24T150BN3 can help reduce peak currents when the LEDs are operating at high voltage levels. A second application field is for industrial locomotive power management, where the converter can provide an isolated output while operating at extreme temperatures. A third application is for battery-operated vehicle power systems which need a steady output voltage while coping with transient load demands.

The V375C24T150BN3 is capable of operating within a wide range of input and output voltages. Internally, the converter features patented Vicor technologies, such as Voltage Multiplier™ Architecture and BCM (Bulk Capacitor Module) technology. The Voltage Multiplier Architecture consists of two stages, the first of which is made up of a couple of high power Buck converters. Voltage adjustment is achieved by parallel-phase modulation. The second stage is a Voltage Multiplier that is composed of highly-efficient Vicor components for voltage conversion. The BCM technology helps reduce output noise, and the combo of both technologies provides an efficient and reliable power conversion within the desired range.

The V375C24T150BN3 is an interesting example of modern DC to DC conversion technology, as it possesses the capacity to regulate an output voltage with great accuracy and efficiency. It also offers precise voltage control over either a wide range or a fully adjustable input and output range. Thanks to Vicor’s proprietary technologies, the V375C24T150BN3 is a versatile, reliable, and compact DC to DC converter suitable for a variety of applications.

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