REC3.5-2412DRW/R8/A/X1

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DC-DC converters are widely used in modern electrical systems, as they are capable of providing galvanic isolation between circuits and helping to maintain a stable source of power for electronic components. The REC3.5-2412DRW/R8/A/X1 is a specific model from the lineup of REC family DC-DC converters. This application note will discuss the working principle and fields of application surrounding the REC3.5-2412DRW/R8/A/X1 DC-DC converter.

Overview of the REC3.5-2412DRW/R8/A/X1

The REC3.5-2412DRW/R8/A/X1 is a single output, dual-channel, open frame DC-DC converter. This model offers wide input voltage range of 9V to 48V, and has a single output voltage of 12V. It is capable of delivering up to 30W and a maximum efficiency of 76%. This particular model has an industrial temperature range of -40°C to +85°C, allowing it to handle a wide range of applications. In addition, this product is available for open frame construction, allowing this model to be used in space-constrained applications.

Working Principle

The REC3.5-2412DRW/R8/A/X1 operates based on a dual-channel mode, which helps to reduce device loss and improve overall performance. This DC-DC converter also operates on a wide input voltage range of 9V to 48V, and thus is capable of split-rail applications. This technology uses two input rails of voltage, allowing for a more stable power supply than is achievable with a single voltage rail. This allows for a higher level of performance, which is required for modern applications.

The REC3.5-2412DRW/R8/A/X1 has a single output voltage of 12V and is operating in a buck-boost mode with synchronized rectification. This is a synchronous rectification mode of operation, which helps to maintain high efficiency levels by eliminating current through the diode during steady-state operation. Additionally, the buck-boost mode increases the power density output from the device, allowing for greater power in a smaller package.

Application Fields

The REC3.5-2412DRW/R8/A/X1 has been designed for use in applications which require a wide input voltage range, such as industrial equipment, communication equipment, and medical equipment. This model is also well-suited for any application which requires the use of a modular power source, as it utilizes a standard pinout for easy integration into existing systems. This model is even suitable for applications which require high efficiency, due to its high efficiency rating of up to 76%.

In addition to the above-mentioned fields, this model is suitable for automotive applications, as it is capable of operating in a range of temperatures from -40°C to +85°C. This makes this model well-suited for automotive systems, where temperature can vary dramatically. The REC3.5-2412DRW/R8/A/X1 is also well-suited for use in onboard power systems, due to its ability to operate in an open frame construction.

Finally, this model is suitable for use in industrial systems, as it utilizes a dual-channel mode of operation that provides a stable source of power to electronic components. This helps to achieve a higher level of performance when compared to a single-channel system. Additionally, the REC3.5-2412DRW/R8/A/X1 is able to provide galvanic isolation between circuits, allowing it to be used in applications which require protection from electrical noise.

Conclusion

The REC3.5-2412DRW/R8/A/X1 is a versatile and efficient DC-DC converter, capable of providing a wide range of features, including galvanic isolation, wide voltage input range, and a higher level of performance than is achievable with a single voltage rail system. These features make this model ideal for use in a variety of applications, ranging from medical equipment to automotive systems. Additionally, this model is capable of operating in an open frame construction, allowing for use in applications which are space-constrained. Overall, this model is an efficient and reliable choice for users looking for a high-performance DC-DC converter.

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