LSN2-T/16-D12N-C

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DC DC converters have been in use for over a century. They use a direct current (DC) source of energy to convert it to another form of energy. The use of these converters has been increasing rapidly due to their efficiency, reliability, and affordability, especially in applications like solar energy or electric vehicle charging. The types of converters vary based on the type of input and output voltages. One of these is LSN2-T/16-D12N-C, which is known for its high-efficiency conversion of DC voltage.

Core Use and Features

The core use of the LSN2-T/16-D12N-C is to convert 12 V direct current to 16 V at the output. This eliminates the need for a separate device to provide the higher voltage power. The device is also designed to handle steady-state, short-duration, and transient loads. This makes it suitable for many different applications. Its other features include a wide operating temperature range of -40°C to +85°C excluding derating and a 10% tolerance on the input voltage.

Application Area

LSN2-T/16-D12N-C has many applications across various sectors including automotive, machinery, medical, alternative energy, and mission-critical applications in hazardous areas. The device provides high-efficiency conversions from direct current at 12 V to 16 V at the output. This makes it suitable for many different applications such as electric vehicles, uninterruptible power supplies and renewable energy sources.

Working Principle

LSN2-T/16-D12N-C works using a buck topology to convert the 12 V direct current from the input to the 16 V required at the output. The device also uses an integrated switching controller for precise output voltage regulation and automatic current limiting. The switching frequency of the device is variable which allows it to maintain a high efficiency of up to 94% for light loads and 92% for heavy loads. The device also features a low output ripple that can reduce the filter stages needed for system designs.

Conclusion

The LSN2-T/16-D12N-C is a high-efficiency DC DC converter used to convert 12 VDC to 16 VDC. It features an integrated switching controller for precise output voltage regulation, variable switching frequency for high efficiency, and low output ripple for reduced filter stages needed in the design. These features make the device suitable for many different applications, including automotive, machinery, medical, alternative energy, and mission-critical applications in hazardous areas.

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