RP10-1224SA/N

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DC to DC converters are electronic devices that convert electrical energy from one DC voltage level to another level. They are designed to convert DC voltages from a variety of sources, such as batteries, solar panels, and AC power supplies, into a form usable by digital components and other electrical loads. The RP10-1224SA/N DC DC converter is a high-efficiency DC-DC converter, designed to convert between a 24V input voltage and a 12V output voltage, with a maximum continuous output current of up to 10A.

The main application field of the RP10-1224SA/N DC DC converter is industrial systems, such as transportation systems, industrial automation systems, and control systems, where its high efficiency can help reduce the cost of powering larger systems. Other applications include medical equipment, communication systems, agriculture equipment, and LED luminaires.

The RP10-1224SA/N DC DC converter works using an innovative synchronous rectification technology which charges the output capacitor directly, thereby minimizing power losses. The presence of a synchronous rectification control reduces power loss to less than 0.6W when the power supply is in the light load or no load situation. This helps to ensure higher efficiency and provide flexible, stable, and reliable performance.

The RP10-1224SA/N DC DC converter has a wide input voltage range, typically between 14.2V-31.2V, and can operate in both constant voltage/constant current modes. It also has a built-in peak current protection control which helps to protect against short-circuits and electrical overloads. Additionally, the converter has temperature protection for safe operating temperature, and under-voltage as well as over-voltage protection.

The RP10-1224SA/N DC DC converter is a versatile, cost-effective, and reliable power supply for industrial applications. It is certified to meet all relevant safety standards such as IEC/EN/UL 60950-1, and also has\'200Krad radiation-hardened design\'. This ensures that the converter is capable of withstanding the extreme environmental conditions found in a number of space applications.

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