V28A36M200BS2

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DC-DC converters are electrical circuits which convert power from one DC voltage level to another DC voltage level with a different electrical characteristic. They are commonly used in the power conversion in automotive, industrial, medical, aerospace, and consumer applications. The V28A36M200BS2 converter is a three-phase input, single phase output DC-DC converter.

The V28A36M200BS2 converter has a maximum output power rating of 800 Watts. It comprises of a quasi-resonant front end connecting to an active Mar-Multi-Tap-Cell (MMTC) which thereafter connects to the single phase output stage. The front end works with sinusoidal inputs of either three-phase, AC or DC, or single phase, AC. It employs a zero-voltage-switched soft-switching topology to provide high efficiency-solutions for the input frequencies. The converter provides a low harmonic distortion output. The output power is regulated independently, regardless of input voltage and frequency variations.

The V28A36M200BS2 converter is suitable for high power and High Voltage applications including AC-DC power supplies, DC-DC hard-switched power supplies, DC-AC power supplies, motor drives, charge controllers, Uninterruptible Power Supplies (UPS), green energy systems such as wind and solar power systems, lighting systems and high power datacenter applications. This converter is designed an innovative approach called SynCalc that provides the user with an integrated solution. SynCalc enables the user to reduce design and component selection time as well as to obtain high-performance, efficient energy management.

The working principle of the V28A36M200BS2 converter involves taking three-phase AC or DC power from the input side and converting it to a single-phase output with regulated voltage and power. The converter has a high surge current capability which allows it to handle high current demands without damaging the converter. Additionally, the converter requires no extra termination components for the control or power algorithms.

The converter utilizes active power flow control to transfer energy from the input to the output stage while maximizing power utilization. The power transfer is accomplished by controlling the ratio between the power transferred from the input to the output stage. It also uses advanced digital control algorithms to ensure high efficiency and response time, accuracy and reliable operation. Furthermore, the converter is capable of controlling the output voltage, power and the switching frequency by using a special speed control (FSC) feature.

The V28A36M200BS2 converter incorporates several safety features such as active over-temperature protection and over-voltage protection to protect it from abnormal operation or failure. The converter also employs a variable-current-limit control mechanism to ensure that the output current does not exceed the maximum permitted. This converter is built for long-term reliability, high efficiency, and superior performance.

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