AET06F18-L

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DC DC converters are a vital component in many electrical systems, as they are able to convert a DC power source to an AC voltage or current. The AET06F18-L application field and working principle can provide a useful insight into the design and operation of such converters.

The AET06F18-L is a refurbished 90W step up/down DC/DC converter designed for use in a wide range of applications, including solar energy harvesting, automotive, transportation, industrial systems, and more. This device provides 18V/4.5A and 12V/7.5A in a compact 1.72” x 1.09” x 0.81” form factor. The converter is suitable for input voltages of 9-36V DC, and its output can be adjusted from 0.6V to 18V DC (maximum 19.2V DC). It also has a wide operating temperature range of -40 to +85°C.

The AET06F18-L features multiple protection mechanisms, including over-voltage, over-current, short-circuit, thermal shutdown, and reverse polarity protection. This helps to improve reliability and safety in a variety of operations. In addition, this converter has a high efficiency of up to 88% to help reduce power losses.

The AET06F18-L’s working principle is based on a buck-boost architecture, which is composed of an input power source, a pair of power switches, and an inductor. When the power switches are turned on, a current flows through the inductor, which serves to boost the input voltage at the output. When the power switches turn off, the stored energy in the inductor is then reversed and the voltage is stepped down. The input and output voltages determine the frequency of the content switching scheme and the amount of inductor current stored for each cycle.

The AET06F18-L is widely used in a range of applications that require a reliable and efficient buck-boost DC/DC converter. It is well-suited for solar energy harvesting, industrial systems, automotive, transportation, and many other applications. Thanks to its high efficiency, this converter can help to reduce power losses and improve system reliability. Additionally, its protection features provide an extra layer of safety for critical operations.

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