VI-JN2-IW

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Solutions to energy supply needs have a wide scope of application with advances in power electronics. A DC DC converter is an electronic circuit suitable for applications requiring the step-up or step-down of input voltage in order to provide the necessary power to a device. As such, it is an essential tool for power system designers as it can provide the flexibility to select the appropriately ranged input current in order to safely power a device from the mains or other power sources. The VI-JN-2IW converter is one of the latest DC DC converters available to design engineers, and provides the utmost efficiency and versatile options to meet any energy requirements.

VI-JN-2IW Application Field and Working Principle

The VI-JN-2IW DC DC converter is an attractive solution for applications where a wide range of input power and possible output currents may be needed. This versatile and effective power supply is suitable for applications such as constant current and voltage supplies, sensor power supply, measurements systems, and so on. The VI-JN-2IW converter also functions as an AC-DC adapter, allowing for the user to connect the input device to the charger’s output or input their desired AC voltage to receive the correct DC output.

The way the VI-JN-2IW converter works is based on a robust control system of pulse width modulation to determine the switching frequency, which is the frequency at which the power is switched on and off in the converter. It runs in CCM (Continuous Conduction Mode) which ensures the converter runs with a constant output voltage, no matter what the shape of the input current may be. Finally, the VI-JN-2IW employs synchronous rectification, which is a technique which saves energy by converting energy back to the DC in such a way that the losses due to current flows are reduced.

The VI-JN-2IW DC-DC converter works to convert one DC voltage source to another. The input voltage comes in, and the output voltage is regulated by the controller, which switches frequencies to adjust the conversion rate. The switching frequency is determined by the regulator. The output voltage is regulated by the feedback of output to input. This allows users to step up or step down the voltage of the input source to the desired output range.

When it comes to power output for applications, the VI-JN-2IW offers adjustable output voltages from 12V to 48V, and an adjustable output current from 1A to 9A. The DC DC converter also features an active power factor correction of up to 0.92, which ensures the output ripple is kept to a minimum. The power factor correction also ensures that up to 95% of the power is transferred from the input to the output of the power supply.

Conclusion

The VI-JN-2IW DC DC converter is a flexible and efficient solution for supplying power needs, and can be easily integrated into any power system design. This converter provides the necessary flexibility to select from a wide range of outputs and inputs to suit a variety of design requirements. Moreover, its features of pulse width modulation, synchronous rectification, and power factor correction make it a great choice for energy applications requiring efficient performance with minimal energy wastage.

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