LSN2-T/6-D12N-C

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DC-DC converters are electronic circuits that transform the direct current input voltage to a different voltage. They are widely used in a variety of applications, from low voltage applications such as battery powered devices to high power applications in automobiles and telecom systems. One example of a DC-DC converter is the LSN2-T/6-D12N-C. In this article, the application field and working principle of the LSN2-T/6-D12N-C converter will be discussed.

Application Field

The LSN2-T/6-D12N-C DC-DC converter is designed specifically for low power industrial applications. The converter can output 0.6V to 12V from 0.3V to 4.5V input voltage, and has a maximum current rating of 2A. Due to its wide input and output voltage range, it is suitable for applications with highly varying input voltage. Examples of applications for the LSN2-T/6-D12N-C converter include battery charging circuits, power supply circuitry for radio frequency circuits, drive circuits for small motors, and other low power industrial applications.

Working Principle

At the heart of the LSN2-T/6-D12N-C DC-DC converter is an inductor-capacitor (LC) tank circuit. The DC input voltage is applied to the primary of the LC tank circuit, wherein the inductor stores electrical energy in the form of a magnetic field, while the capacitor blocks direct current. As this magnetic field develops, it induces a voltage in the secondary winding of the LC tank circuit. This alternating voltage is then rectified for proper DC output voltage. This process is repeated at the switching frequency of the converter which allows the DC output voltage to remain constant regardless of changes in load.

In addition, the LSN2-T/6-D12N-C DC-DC converter also includes a thermal control system which allows it to operate safely within its environmental parameters. The thermal sensing component monitors the intrinsic temperature of the converter, and if it increases above a certain pre-determined level, it will initiate a safety protocol that reduces the output voltage and reduces the load current until the device cools down sufficiently.

Conclusion

The LSN2-T/6-D12N-C DC-DC converter is designed for low power industrial applications such as battery charging circuits, power supply circuitry for radio frequency circuits, and drive circuits for small motors. In order to produce the desired output voltage, the converter employs an inductor-capacitor tank circuit, and includes a thermal control system for safe operation. This combination gives the LSN2-T/6-D12N-C converter the ability to convert a wide range of input voltages to a stable DC output voltage.

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