FXC7000-48-S

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AC DC converters are an integral part of many electronic systems and are responsible for converting alternating current to direct current. One type of AC DC converter is the FXC7000-48-S. This type of converter is used in a variety of applications, such as automotive, battery, and solar systems. It is also commonly used in military and aerospace applications.

The FXC7000-48-S AC DC converter is a high-efficiency direct current converter with a line frequency input range of 100 VAC to 400 VAC and a rated DC output of 48 VDC at 25 amps. It features an efficiency rating of up to 97%. This efficient conversion rate helps reduce operating costs and improves energy efficiency.

The converter is built with an advanced design that protects against short-circuiting, over-voltage, and over-temperature conditions. It also features an integrated system controller that can operate in an open-loop or closed-loop configuration. The converter can be programmed to operate in a variety of different modes, such as fanless, forced air, and thermal control.

The FXC7000-48-S AC DC converter also features an active clamp flyback topology, which results in lower energy losses due to the reduced current conduction losses, as well as providing improved safety when used with high-voltage AC sources. This topology also allows for a smaller circuit footprint compared to other types of converters.

The working principle of the FXC7000-48-S AC DC converter is simple. The incoming AC power is rectified and converted to direct current using an efficient switching power supply. The DC output voltage is then regulated using a feedback loop via the onboard system controller.

The FXC7000-48-S AC DC converter is a reliable and efficient AC DC converter with multiple features and applications. It is well suited for automotive, battery, solar, and military/aerospace applications due to its high-efficiency rating and its ability to protect against short-circuiting, over-voltage, and over-temperature conditions. Its active clamp flyback topology also ensures lower energy losses and a smaller circuit footprint.

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