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DC DC Converters

The REM10-2424S/C DC-DC converter is a high power density, high efficiency DC-DC converter designed to control and regulate the output voltage of 12/24V batteries. The device is enclosed in a corrosion resistant U-frame package suitable for use in high temperature, dusty and damp environments. The REM10-2424S/C is protected against output overload faults, over temperature and short circuit conditions.

Application Fields

The REM10-2424S/C DC-DC converter is designed to regulate and control the output voltage of a 12/24V battery system. It can be used in a wide range of industries including automotive, telecom, robotics, aerospace, mining, medical, marine, defence and manufacturing. It is suitable for static or dynamic applications such as battery chargers, power distribution, motor speed control, solar power systems, UPS systems, telecom systems, control systems and inverters.

Working Principle

The REM10-2424S/C DC-DC converter operates by regulating the output voltage to a preset value, while the input voltage changes. This is achieved via the use of an electronic switch, referred to as a switching regulator, which switches on and off at precise timing to create a regulated DC output. This process is based on pulse-width modulation (PWM) technology, where the duty cycle of the switch is adjusted depending on the desired output voltage level. The more the switch is off, the lower the output voltage level.

The REM10-2424S/C DC-DC converter also features a built-in protection mechanism to protect the device and the system from damage due to overload, over temperature and short circuit conditions. The device is also equipped with a soft start feature, which ensures a smooth transition from no load conditions to full load conditions.

Conclusion

The REM10-2424S/C DC-DC converter is a high power density, high efficiency DC-DC converter designed for use in a wide range of applications. It is equipped with a switching regulator which enables precise control over the output voltage, as well as protection against overload, over temperature and short circuit conditions. The device is suitable for static or dynamic applications such as battery chargers, power distribution, motor speed control, solar power systems, UPS systems, telecom systems, control systems and inverters.

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