RM-3.305S/EH

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DC-DC converters take power from a source, such as a battery, and convert it into a different form, such as alternating current (AC) or direct current (DC). A DC-DC converter is a device that allows an input DC voltage to be converted into a different DC voltage. This article will discuss the RM-3.305S/EH application field and its working principle.

RM-3.305S/EH is a modern efficient DC/DC converter with output power up to 30W. It is designed to operate in a wide temperature range and has been used in a variety of applications such as LED lighting, inverters, electric vehicle charging, solar power systems and power supply two voltage level systems. In fact, it is not only suitable for indoor but also for outdoor environments for it has full waterproof protection.

Talking about its working principle, this series uses variable frequency switching to realize the power conversion and rectification to get an isolated DC output voltage by an AC-DC transducer. The power factor correction (PFC) solution applied to the input circuit processes the input current waveform so that it is in-line with the input voltage. This helps to reduce the input harmonics and thus to increase efficiency. The output voltage can be freely adjusted from 0V to 500V with the potentiometer on the RM-3.305S power module.

Thanks to the high-inrush current, RM-3.305S/EH shows excellent performance in current delivery. Moreover, the built-in EMI filter and anti-reverse connection protection ensure high reliability. It should also be noted that Double frequency control allows more accurate control of the output power.

In conclusion, RM-3.305S/EH is a highly efficient and reliable DC/DC converter with excellent performance. It is suitable for a variety of applications and can be used in both indoor and outdoor environments. It offers high-inrush currents, EMI filtering, anti-reverse connection protection, variable frequency switching and power factor correction for improved efficiency and reliability. The output voltage can be freely adjusted from 0V to 500V, allowing for more accurate control of the output power.

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