GNM0M2R61C103ME18D

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

• GNM0M2R61C103ME18D Capacitor Networks, Arrays,
• Application Field
• GNM0M2R61C103ME18D capacitor networks and arrays are widely used in the motor or motor drive control system, industrial and micro-control system, automotive, aerospace and defense system, communication systems and electrical distribution networks as well as other power supply applications. They are primarily used to filter and attenuate high frequency noise, adjust the power factor, boost the efficiency of the power system by optimizing the input current, avoid harmonic distortion and even keep the supply clean and synchronized.
• These applications, however, are only limited to the local networks and most of the existing applications are based on big rooms, buildings, commercial or industrial. For example, it is used to filter and attenuate high frequency noise in motor or motor drive control system, boosting the efficiency of the power system by optimizing the input current, avoiding harmonic distortion on power transmission lines and protecting sensitive electronic components.
• GNM0M2R61C103ME18D capacitor networks and arrays can also be used in other areas such as smart grids, renewable energy, lightning protection and noise reduction. For example, in smart grids, capacitor networks and arrays can be used to improve the efficiency and capacity of the grid, enhance the quality of power supply and optimize the management of power system. In renewable energy, capacitor networks and arrays can be used to increase the capacity of power subsystems and large scale solar systems, as well as optimize the design of wind turbine generator.

• Working Principle
• The basic working principle of GNM0M2R61C103ME18D capacitor networks and arrays is quite simple. It is based on the idea of controlling the total current entering the system. For example, when the total current is above a certain level, the controller will activate the appropriate number of capacitors connected in the network to reduce the overall current by a certain amount.
• Generally, the capacitors will be connected in series or in parallel, depending on the type of network used. The amount of current that can be reduced by the network depends on the number of capacitors used, their size and the type of connections generated. Once the right amount of current is reduced, the controller will then activate the remaining capacitors in the network to absorb the excess energy and dissipate it into the environment.
• In addition, GNM0M2R61C103ME18D capacitor networks and arrays are usually composed of a number of electronic devices such as resistors, surge arresters, PTC ceramic capacitors, trimmers, etc. The arrangement of these devices determines the performance of the network and determines the size, rating, and capacitance of the capacitors.

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