VI-JW4-CW-S

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DC-DC converters provide a critical, energy efficient solution for many electronic systems. It\'s commonly used to convert electricity from one form to another, such as a 24 volt input source to 12 volts output, or from a higher voltage to a lower voltage for different applications. Herein, we discuss the field application and working principle of the VI-JW4-CW-S model DC-DC converter .

Introduction

VI-JW4-CW-S is a DC/DC converter for isolated output voltage adjustment. The input voltage of VI-JW4-CW-S ranges from 20V to 60V, the output voltage is adjustable and can be set between 5V and 56V. This DC/DC converter is suitable for high-power applications such as aircraft, industrial control systems and electric vehicles. The maximum output power is 850W of constant power at 40C.

Field Application

VI-JW4-CW-S converter can be used in a variety of different scenarios. Firstly, the converter can be used for medical equipment such as X-ray machines, patient monitors, and defibrillators. Secondly, telecom equipments can benefit from DC/DC converter, including routers, base stations, and servers. Thirdly, aerospace navigational signalling, industrial control systems, laser applications, oil exploration and production, and defense applications can also all use the converter. Finally, adjusting transmission and distribution lines voltage on electric vehicles, such as light rail cars, electric buses, and electric cars.

Working Principle

The working principle of the DC/DC converter can generally be described as follows. A switch, usually in the form of a transistor or MOSFET, is turned on and off to convert the input DC voltage to a pulse width modulated waveform. This waveform is then fed to a transformer to transfer the energy. The transformer then transforms the energy from the DC form into an AC form and then back to DC at the output side while stepping down the voltage to the required level. After the energy is transferred to the output side, the voltage then drops and the diode conducts and supplies the energy to the load. Field-effect transistors are used to control the output voltage of the power supply.

Conclusion

From the brief introduction, the VI-JW4-CW-S model DC/DC converter has a wide range of field applications and an efficient working principle. With a wide operating voltage range, high conversion efficiency and low noise operation, the converter is the perfect solution to many electronic systems. Thus, the VI-JW4-CW-S model DC/DC converter provides an ideal balance between performance and complexity.

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