MI-26K-MW

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DC DC converters are used to convert direct current (DC) to different levels and forms of DC. Recent advances in engineering have allowed the development of converters to achieve extremely efficient operation, with minimal losses in power.The MI-26K-MW DC DC converter is a high power converter capable of converting voltages between 0.2V and 17V, while storing energy and providing a regulated output voltage. The device offers excellent power efficiency and can handle up to 2.6kW continuous power. This makes it ideal for applications such as aerospace, medical and industrial systems, where large-scale power conversion is required.The MI-26K-MW uses a two-stage low drop out (LDO) topology to reduce power losses. In the first stage, the converter uses a high efficiency DC-DC boost regulator to reinforce the input voltage above the requested output voltage from the second stage. The second stage then uses a linear LDO voltage regulator to keep the output voltage stable, with minimal power dissipation.The device features an adjustable current limit, so the users can tailor the performance to their application requirements. The high current limit ensures stable operation even during wide input voltage fluctuations, and the device is protected from short-circuits and over-current conditions. The device also features various control modes such as cycle-by-cycle, PWM, and pulse-by-pulse.MI-26K-MW converters also feature a ‘bus converter’ design, meaning that they can be connected in parallel to create a single high power supply, or can be used in a cascade mode to create different power levels. This feature is ideal for applications which require multiple voltages.In summary, the MI-26K-MW DC DC converter is a versatile and reliable device offering excellent power conversion capabilities. It is suitable for many different applications, such as aerospace, medical, and industrial systems due to its efficient operation and high load capacity. The device is also well suited for applications which require multiple voltage levels, thanks to its ‘bus’ design, allowing the converter to be used in cascade mode.

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