VHE100W-Q48-S24

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DC-DC converters provide one of the most efficient power delivery solutions available for electronic components and systems. It is a great way to step up or step down, or invert dc power with high efficiency, and provide the basis of efficient energy management solutions for micro-electronic systems. VHE100W-Q48-S24 is a top-of-the-line DC DC Converters for applications in the power electronics industry.

VHE100W-Q48-S24 is a buck-boost DC converter from Vicor Corporation, which has a voltage range of 48V – 71V and 100W power rating and 24V output voltage. This converter is a type of regulator that works on the principle of switch mode voltage conversion to provide adjustable, smooth and stable voltage to the devices requiring a steady input voltage. It utilizes an advanced high-efficiency synchronous rectification topology to step up, step down or invert the input DC voltage as required. This converter is ideal for applications that require adjustable output voltage to power LEDs, motors, robotics, photovoltaic and more.

VHE100W-Q48-S24 is designed for industrial applications with wide operating temperature range up to +105°C for maximum efficacy and long lifetime. It also has transient protection with adjustable current limit and short-circuit protection for added safety. This converter is also EN55032 Class B EMI compliant for more noise-free operation. It also has an H1 package for easier connection.

VHE100W-Q48-S24 application field can be found in telecom, general industrial, robotics, solar power, transportation and more. It provides steady output voltage across a wide range of input voltages so that the output is always safe and reliable. With its low weight, slim profile and high efficiency rate of up to 97%, it is the perfect solution for hundreds of industrial, power electronics and automation applications.

VHE100W-Q48-S24 working principle is based on a buck-boost converter circuit, which consists of two switching transistors, a diode, some capacitors, and an inductor. Its operating principle is that a switching transistor acts like a controlled switch to control the rate of voltage flow between the input and output terminals. When it turns on, the current flows and stores energy in the inductor. Once the inductor is saturated, the transistor turns off, and the diode allows the current to flow, charging the output capacitor in the process. The output voltage is then regulated with a voltage comparator and a feedback loop that controls the transistor\'s switching frequency. This type of control results in a higher voltage, steady voltage and improved efficiency for many power electronics applications.

In conclusion, the VHE100W-Q48-S24 is a powerful yet efficient DC converter for applications in the power electronics industry. Its wide operating temperature range and other features make it suitable for hundreds of industrial, power electronics and automation applications. Its buck-boost converter circuit and advanced synchronous rectification topology make it an ideal choice for ensuring stable and steady voltage output levels.

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