VI-25F-CV-F2

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DC DC converters, such as the VI-25F-CV-F2, are designed to deliver a regulated output voltage and current over a wide input voltage range, from 10V to 25V. This wide input voltage range allows the converter to be used in a wide variety of applications, including industrial, automotive, consumer electronics, and solar. The VI-25F-CV-F2 is a low-noise, low-cost DC voltage converter, offering a wide selection of features including a wide input voltage range (10V-25V), high efficiency, a wide operating temperature range (–40 to +85°C), and remote sensing.

The working principle of the VI-25F-CV-F2 is based on the switching action between two main components: the main switch and the synchronous rectifier. The main switch is a high-speed transistor which is energized at regular intervals by the oscillator. The synchronous rectifier is a high-speed diode which is connected to the output of the main switch and which is always in the same direction. When the main switch is on, the synchronous rectifier conducts and the output voltage is regulated. When the main switch is off, the synchronous rectifier stops conducting and the output voltage is maintained.

The VI-25F-CV-F2 is a highly efficient DC to DC converter, with efficiency up to 94%. This high efficiency reduces power loss and extends the life of sensitive components, such as hard drives and computer memory. The converter also offers a wide selection of features, such as over-current and over-voltage protection, soft-start, and temperature compensation. These features help to protect the converter from damage due to excessive heat, current, or voltage. The remote sensing feature of the converter allows the output voltage to be adjusted remotely to compensate for voltage drops on the load side of the converter.

The VI-25F-CV-F2 is an ideal choice for a wide variety of applications, including, but not limited to, industrial, automobile, consumer electronics, and solar. It is suitable for systems requiring a range of input voltages, and in applications where an accurate output voltage is needed. It is also an excellent choice for high efficiency systems, as it offers low power loss, high efficiency, and excellent features, such as protection and remote sensing. The converter is also suitable for extended temperature range and wide environmental conditions, from -40 to +85°C.

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