VI-JWN-CX-F1

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DC–DC converters are designed to change the output voltage of a single power source to a different voltage level. The VI-JWN-CX-F1 Series is a new breed of DC–DC converter modules, which combines high efficiency with a wide input voltage range. This state-of-the-art product is specifically designed for use in demanding applications, with its excellent performance in both steady-state and transient conditions.

Applications

The VI-JWN-CX-F1 Series is designed to be used in a range of applications including:

• Automotive Electronics
• Telecommunications Equipment
• Industrial Control Systems
• Test and Measurement Equipment
• Robotics
• Process Control Systems
• Medical Instruments

It is suitable for a wide variety of industrial, audio visual, telecommunications, test and medical applications. The convergence of advanced power-security technology and the ability to achieve excellent performance makes the VI-JWN-CX-F1 Series the perfect choice for many applications.

Advantages of the VI-JWN-CX-F1 Series

The VI-JWN-CX-F1 Series offers several advantages over traditional DC–DC converters. It offers a wide input voltage range, making it suitable for a variety of applications. The high efficiency of the converter allows it to provide maximum power output with minimal power consumption. The VI-JWN-CX-F1 Series is well-suited for applications requiring high output power, as it provides up to 20 Amps of continuous power. Moreover, the series features Power Good and a comprehensive set of protection mechanisms to ensure reliable operation. The units are also equipped with an optional remote control and monitoring system, for added convenience.

Working Principle

The VI-JWN-CX-F1 Series utilizes a synchronous rectifier topology. This allows for a wide input voltage range and high efficiency throughout the input voltage range. The converters employ a two-stage conversion process. During the first stage, the input voltage is rectified and filtered by high frequency components. The result is a dc voltage, which is then converted to an intermediate ac voltage by an isolated transformer. In the second stage, this ac voltage is converted back to dc voltage, filtered and regulated using pulse width modulation (PWM).

The VI-JWN-CX-F1 Series offers excellent performance in both steady-state and transient conditions. The series also offers a unique compensation circuit, which adapts the voltage regulation loop to different transient and load scenarios instantly, ensuring reliable output and improved efficiency under various operating conditions.

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