RUM-3.30505/HP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC-DC Converters are power electronics devices for efficiently converting one DC voltage to another. They allow for lower voltages to be created from higher voltages and are used in many applications such as telecoms, aerospace, consumer electronics and automotive. The RUM-3.30505/HP is a version of this technology. Here we will look at its application field and explain its working principle.

The RUM-3.30505/HP is a medium power voltage regulator which is typically used to convert a DC input of 15V to a regulated output voltage of either +3.3V/+5V. The device also provides protection against lightning material and short circuit. It is also equipped with an overvoltage protection and over current protection for short circuits. The device is robust enough to provide continuous operation even in the worst environmental conditions and offers a high level of insulation.

In terms of applications, RUM-3.30505/HP is mostly used in industrial applications where the voltage requirement needs to be precise and have a long run time. It is also found in low power telecoms systems such as cellular networks, microwave communication, and satellite communication systems, as well as industrial machine control applications. It is also used in automotive applications, due to its steady voltage and electrical insulation.

RUM-3.30505/HP is based on a switching system, which allows the voltage changes from one level to another, or constant. In order to perform the regulation, the RUM-3.30505/HP has two basic cores – the primary part and the secondary part. On the primary part, a MOSFET and a diode are both connected in parallel in a bridge arrangement. The rectification can be done either in peak current mode or in valley current mode. The output voltage is then monitored by a peak current comparator. The power is then directed to the output, which is then regulated by a loop control and the secondary part.

The loop control is the main component, which keeps a steady output voltage level. A voltage reference is used to achieve the set voltage. A feedback control system is incorporated. This feedback is compared with the voltage reference and the appropriate command is sent to the primary part in order to adjust it if needed. The comparison of the feedback loop control with the voltage reference will determine if the primary part should be increased or decreased to ensure the steady voltage output.

Therefore, the working principle of the RUM-3.30505/HP can be summarized into one simple sentence. The input of DC voltage is converted into a regulated output diode through the regulation of the peak current mode or valley mode by the primary part and the further adjustment of the output voltage by the loop control on the secondary part.

The RUM-3.30505/HP is a powerful and reliable voltage regulator, perfect for applications where precise and long-lasting voltages are required. The device’s application field is wide, ranging from industrial machine control to automotive electronics. Finally, its working principle is based on two cores – the primary part and the secondary part and is further enhanced by a loop control system.

The specific data is subject to PDF, and the above content is for reference