SKMW20F-15

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DC DC converters are versatile tools used to convert voltage from one level to the next. A common type of converter is the SKMW20F-15, which provides maximum power of 15 watts. In this article, we will discuss the application field and working principle of a SKMW20F-15 converter.
The primary application of the SKMW20F-15 is to convert input voltage between 0 and 36 volts DC into output voltages of 3.3 or 5 volts DC. This makes the converter suitable for powering active electronic devices like microcontrollers, mini computers, and other low-power devices in fields such as industrial automation, robotics, and aeronautics. It is also used in various consumer electronics such as telephone sets, medical equipment, and other consumer devices. The converter\'s wide input voltage range and multiple output options make it a great choice for applications that operate with different voltages from multiple sources.
The working principle of the SKMW20F-15 is based on a high-frequency based switch-mode voltage conversion. The converter contains a high frequency controlled transistor power switch and a storage inductor. When the input voltage exceeds the set voltage on the converter, the power switch turns on, allowing the input energy to reach the storage inductor and be converted into output voltage. The power switch then turns off after the input voltage is reduced to the set voltage, halting further energy flow. This process continues until the output voltage reaches the set voltage, at which point the converter no longer draws energy from the input source, and the output voltage is maintained at a constant level. The entire process is achieved automatically, without the need for an external power source.

The SKMW20F-15 converter is an efficient and reliable tool designed to provide a wide range of input and output voltage options. Its ability to provide a range of output voltages makes it perfect for use in many consumer and industrial applications. Additionally, its high efficiency and low power consumption make it ideal for low-power applications, such as powering active electronic components. The wide range of input and output voltage options makes it the ideal choice for many voltage conversion applications.

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