THN 20-2413

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DC-DC converters are a class of power converters which use an external electrical energy source to convert a DC input voltage to an adjusted DC output voltage. The THN 20-2413 DC-DC converter is specifically designed for applications which require a high efficiency, low noise output. As a step-down converter, the THN 20-2413 efficiently reduces input voltages in the range of 15 to 45VDC down to a steady 24V output with exceptional power conversion efficiency.

The THN 20-2413 utilizes a flyback design as the basic operating principle. The transformer used in the THN 20-2413 contains two windings, the primary side of which is driven by an oscillating signal for conversion and output regulation. The secondary side of the transformer is rectified and filtered into the output voltage waveform which is suitable for use in applications which require a continuous regulated power supply.

Power can be adjusted on the THN 20-2413 by simply adjusting the amplitude of the drive signal applied to the transformer primary winding. This method is effective for controlling by system loads where the output power needs to be tailored to specific needs. To further enhance the convenience of the power adjustment feature, status flags are included that issue an output signal when the output power exceeds the pre-defined limit.

The THN 20-2413 is quite versatile, being capable of supplying up to 40A of steady current at the 24V output level. This ensures the converter is suitable for general power supplies, battery chargers, motor drives, and process control systems. The converter is designed using a thermally enhanced, highly optimized synchronous rectifier circuit, which ensures high efficiency, low noise operation and a very small footprint. The thermal efficiency of the THN 20-2413 is particularly useful in applications where long-term reliability and system longevity is of primary importance.

The THN 20-2413 is also built to meet the strict EMI regulations set by many international standards organizations. To reduce system-level interference, the converter utilizes a noise filter that is coupled with the output waveform. This noise filter also helps to protect sensitive applications from any unwanted electrical noise that may be present on the power line. In addition, the THN 20-2413 can be either panel or chassis mounted to meet system requirements.

In summary, the THN 20-2413 is an efficient, compact DC-DC power converter with high-efficiency, low noise operation, and a high degree of flexibility. It is suitable for a wide range of applications including power supplies, battery chargers, motor drivers, and process control systems. Furthermore, the converter meets various international EMI standards, ensuring robust and reliable operation in any environment.

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