VI-B63-MY

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DC to DC converters are an integral part of controlling and managing power in almost every electrical device. The VI-B63-MY DC to DC converter is a reliable solution for applications in which an older non-isolated buck converter cannot provide enough output current.

The VI-B63-MY has a wide input range of 3-30 VDC, allowing it to be used in a wide variety of applications in different industries. Its maximum output current of 6.3 A, combined with its high efficiency, makes it a great choice for any power conversion solution. The high efficiency of the converter reduces thermal losses and improves the overall performance of any system.

The narrow output range of 0.6-2 VDC allows the VI-B63-MY to provide a reliable and clean signal with minimal noise and ripple. This makes the converter ideal for sensitive loads, such as radar antenna back-end systems and precision digital signal processing.

The VI-B63-MY is also ideal for a wide range of applications, including high-performance LED lighting, communications systems, industrial applications, testing and measurement, automotive electronics, and other high-power applications. Its wide operating temperature range of -20 to 85C and its long-term stability make it ideal for long-term operation in harsh environments.

The VI-B63-MY is an integrated DC to DC converter solution that offers multiple input and output protection features. Over-current and over-voltage protection help to protect the load from damage while an internal current limit feature prevents current overloads, providing the highest system reliability.

The VI-B63-MY’s working principle is based on synchronous buck conversion. The input voltage is first rectified by Schottky diodes and then filtered by an input capacitor. The rectified signal is then converted to a DC output voltage by a series of transistors connected to a power rail and controlled by two pulse-width modulation signals. In this way, the output voltage is regulated with high accuracy and low efficiency losses.

The VI-B63-MY is designed to provide a reliable and clean output signal in a wide variety of applications and industries. Its high efficiency and multiple protection features make it a great choice for any power conversion solution and guarantee its long-term stability in harsh environments.

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