REC3.5-2424SRW/R8/A/X1

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DC-DC converters are electric power conversion devices, which are utilized to connect devices that are sharing a supply power source in order to offer adjustable voltage or current output. Generally, a DC-DC converter is composed of a switching stage and a control circuit, which form a transformer rectifier section in order to step up or step down the direct current voltage. These converters have various applications, and the REC3.5-2424SRW/R8/A/X1 model is used in a wide range of industries.

Applications

The REC3.5-2424SRW/R8/A/X1 is a economical switching point-of-load DC-DC converter with more flexibility and absolute accuracy. It is suitable for use in industrial, telecom and military applications and with low power requirements. The REC3.5-2424SRW/R8/A/X1 converter is ideal for higher voltage applications due to its adjustable and tight voltage accuracy of -2 to 2%, and offers excellent performance in the presence of a highly regulated load and line conditions. The product also features a built-in power management which helps protect the system from over-voltage, over-current, open-circuit and short-circuit operations. It provides excellent protection against data corruption, is compatible with a wide range of power systems, and is suitable for use in high-current applications.

Working Principle

The structure of the REC3.5-2424SRW/R8/A/X1 DC-DC converter is the same as the traditional point-of-load converter. The power conversion process is based on a switching control technique which is typically an integrated switching IC. The controller operates at a fixed frequency by driving switches on and off in order to produce an alternating voltage across an inductor. The current then flows from the inductor to the load. The current also flows through a diode in reverse direction, which generates an additional voltage drop across the diode and reduces the total voltage that the load sees.

In the REC3.5-2424SRW/R8/A/X1, the voltage across the inductor is also sampled by the controller in order to adjust the duty-cycle (or pulse-width modulation) of the switch and the current from the power source (input voltage). This technique helps to regulate the output voltage and reduce power dissipation. The converter also includes a circuit to compensate for the output voltage variation due to component variation, or to environmental factors like temperature and aging.

Conclusion

The REC3.5-2424SRW/R8/A/X1 converter is a critical component of many applications, and because of its superior performance and robust design, it is used in a variety of industries. The converter utilizes a regulated switching technique to produce an adjustable voltage or current output, which can be used to power different types of devices. The product also includes a power management system to ensure the safety of the system, and is able to tolerate wide range of environmental conditions.

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