VI-2NH-MU

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DC DC converters have become an integral part of modern-day power systems, and the VI-2NH-MU DC DC converters are no exception. These robust, shielded devices are designed to provide exceptional performance in a variety of applications.

The VI-2NH-MU is a two-phase bidirectional DC DC converter for voltage and current regulation. It uses two Ferro-resonant switching networks — a buck and a boost — to monitor and adjust the input voltage and current. This makes the VI-2NH-MU ideal for use in a wide variety of voltage and current control applications, such as power-factor-correction, motors, and inverters.

The VI-2NH-MU is able to accurately monitor and adjust input voltage and current over a wide range of operating conditions. It has a low static power consumption, with quiescent power consumption only around 0.2 W. It also has a low input current ripple, with a peak-to-peak ripple of less than 0.05 A in normal operation. This makes the VI-2NH-MU ideal for applications that require high precision and low noise.

The VI-2NH-MU is also designed for simple, reliable operation. It uses a fixed gain control loop to ensure that the power output is always stable and accurate. The converter maintains its input current and voltage regulation accuracy over a range of operating conditions, with wide temperature ventilation to ensure stability and uninterrupted operation over its entire lifespan.

The VI-2NH-MU also offers excellent protection features to guard against over-voltage, over-current, and over-temperature. An automatic-shutoff feature ensures that the device will shut off if the output voltage or current exceeds a preset limit. The converter also has an integrated over-temperature alarm to notify the user when the temperature exceeds safe operating levels.

The VI-2NH-MU DC DC converter is an excellent choice for applications that require accurate voltage and current regulation. It offers reliable performance with low power consumption, wide temperature ventilation, and excellent protection features. It is also incredibly simple to use, making it an ideal choice for a wide range of applications.

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