LFP100F-24-R2Y

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AC/DC converters serve as the bridge for a power source and a load. Though there are many AC/DC converters available for different applications, LFP100F-24-R2Y is especially suitable for some limited fields due to its physical parameter and working mode.The LFP100F-24-R2Y is a type of Resonant LLCC (Laminated Lumped Common Mode Choke) AC/DC converter, using the latest resonance technology and advanced persistent soft switching technique. It operates at nominal input voltage of 200-280V AC, and output voltage and current of 24V DC, up to 4A. It has an overall efficiency of up to 94%, and its noise level is pretty low - only 25mVrms on an output of 24V and 4A. It has wide operating temperature range from -25ºC to 85ºC and can withstand up to a 10KV surge. These specifications make LFP100F-24-R2Y an ideal AC/DC converter for core applications of power backplane, as it would be able to handle the given input voltage and provide the required output voltage and current to the system.Another unique feature of LFP100F-24-R2Y is its high power density, which further reduces the heat of the electrolytic capacitor and improves the total system efficiency. It also utilizes an advanced choke coil employed in resonant chip technology, which reduces the system cost and increases the lifespan of the power supply by up to five times compared to traditional AC/DC converters.In terms of working principle, LFP100F-24-R2Y is based on a fully digital closed-loop converter topology, which uses a resonant LLC circuit. Essentially, this topology prevents the power supply from operating under continuous conduction mode, which helps to reduce the total power losses and achieve higher efficiency. Furthermore, the use of resonant circuit and switching transition reduces electrical noise to a minimum, offering very high reliability to the system.In summary, LFP100F-24-R2Y is a highly efficient and compact AC/DC converter with optimal ageing behavior and noise characteristics. It has wide operating temperature range and can withstand up to 10KV surge. Also, its advanced resonance technology and choke coil employed in resonant chip reduce the system cost and reward the user with a longer lifespan of the power supply. Its high power density and advanced closed-loop topology allows it to perform better than other AC/DC converters in the same application field.

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