REM10-0515S/A/CTRL

DC DC converters are devices used to convert electrical power from one voltage level to another. DC DC converters are used in a variety of applications, such as, automotive, industrial, medical, and more. The REM10-0515S/A/CTRL is a series of isolated DC DC converters designed to function as a module within a larger circuitry system. In this article, the application field and working principle of the REM10-0515S/A/CTRL is explored.

Applications

The REM10-0515S/A/CTRL series of converters can be used in various applications, including industrial automation, consumer electronics, electronic signage, and medical diagnostics. These converters provide a variety of benefits to their users, including:

• Robust design suitable for industrial environments.
• Conducted EMI performance suitable for medical equipment and consumer/industrial applications.
• High efficiency enables a variety of applications with minimal size and cost.
• Wide input ranges enabling operation from many standard power supplies.
• High power density.
• Low profile.

The REM10-0515S/A/CTRL is a series of produced in 6 - 30 volts output, and 16.0 - 66.0 watt output power levels. The modules are equipped with floating outputs, short-circuit protection, over-voltage protection, and current foldback.

Working Principle

The REM10-0515S/A/CTRL series of converters use a converter topology, which includes a power transformer, active rectifier and isolated controller. The input power of the circuit is switched through the transformer, followed by full-bridge rectifier and voltage regulation for output. This isolates the high-frequency strings of pulses from the output stage, while enabling control of output voltage. Furthermore, due to the transformer, the REM10-0515S/A/CTRL series of converters can provide impressive power density which gives the user the ability to reduce the size of the converter.

Conclusion

The REM10-0515S/A/CTRL series of DC DC converters can be used for a variety of applications, due to the robust design, high efficiency, and wide input ranges. The topology used in the production of the converters, allows for the converter to provide high power density enabling a variety of applications with minimal size and cost.