VI-23L-MX-F1

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DC DC converters are widely used in all kinds of applications. In particular, the VI-23L-MX-F1 DC DC converter with its small size and high efficiency is a popular choice. It is used for power conversion in many areas such as industrial, consumer, communications and automotive. In this article, we will discuss the application field and working principle of the VI-23L-MX-F1 DC DC converter.

Introduction

The static DC DC converter is commonly used to output a higher or lower voltage than the input voltage. The VI-23L-MX-F1 DC DC converter is a high power, high efficiency, wide input and diplexer DC DC converter. The VI-23L-MX-F1 can offer up to a 20:1 conversion ratio, making it ideal for applications that require a wide input range. It also features low EMI/EMC radiation, active rectification, frequency synchronization, external thermal protection, integrated safety, and high reliability.

Application Field

The VI-23L-MX-F1 is widely used in a variety of applications. It is suitable for use in industrial, communications, consumer and automotive applications. In industrial applications, it is used for power conversion of 12-24V/PC power supply, PLC application, audio and video equipment, power tools, small household appliances, and automation control systems. In communications, it is used for the power supply of communications network equipment and antenna networks. In consumer applications, it is used for consumer electronic products such as portable DVD players, cell phones and game consoles. In automotive applications, it is used for the power conversion of car refrigerators and car audio.

Working Principle

The working principle of the VI-23L-MX-F1 DC DC converter is based on the use of a diplexer for input voltage range selection. It has two circuits, one for low voltage input and one for high voltage input. The converter has an active rectification bridge to increase the efficiency, a synchronous rectification control system to reduce the switching losses and an external thermal control system to improve the thermal performance. The output voltage of the VI-23L-MX-F1 is adjustable according to the input voltage. It also has an integrated safety circuit and EMI/EMC radiation control, allowing it to meet the relevant safety and emission standards.

Conclusion

The VI-23L-MX-F1 DC DC converter is suitable for use in many applications and has many advantages compared to other converters. It has a wide input voltage range, high efficiency, low EMI/EMC radiation, integrated safety, and excellent thermal performance. It is suitable for use in industrial, communications, consumer and automotive products.

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