GNM0M2R61C473ME18D

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The GNM0M2R61C473ME18D is a type of capacitor network and array.

Capacitor networks and arrays are used to store and transfer energy. Unlike batteries and other forms of energy storage, capacitors store energy in the form of an electrostatic field. Capacitors have the advantage of being able to store and transfer energy more quickly than other forms of energy storage devices because of their fast response times. Capacitor networks and arrays are often used in applications such as electric power conditioning, power factor correction, and surge protection.

The GNM0M2R61C473ME18D is a surface-mount multilayer ceramic capacitor designed for high-density, low-profile, and thermally-compressed applications. The network consists of a two-layer array of capacitors arranged in a matrix format. The two layers are connected together through thin-film electrical interconnects, which distribute the electrical current evenly throughout the network. This arrangement reduces the inductance and capacitance losses associated with conventional two-layer capacitor designs. The GNM0M2R61C473ME18D is designed to meet the most demanding requirements in terms of size, thermal performance, and high frequencies. The network can operate up to 50 GHz with a minimum resonance frequency of around 4 to 5 GHz.

The GNM0M2R61C473ME18D capacitor network provides excellent performance in a variety of applications. It can be used in power factor correction, static compensations, power leveling, waveform filtering, and for pulse buffering applications. It is also suitable for high-density, space-constrained designs, as well as high-temperature and high-voltage applications. Due to its low-profile design and high- frequency characteristics, the GNM0M2R61C473ME18D is an ideal choice for a range of commercial and industrial applications.

In addition to its high-frequency performance, the GNM0M2R61C473ME18D is highly reliable. The network is constructed using multilayer ceramic materials that are extremely resistant to shock and vibration. This ensures that the capacitor network can withstand even the most demanding operating conditions.

The working principle of a capacitor network is quite simple. An electric charge is induced into the capacitors, which then store the energy in the form of an electrostatic field. The stored energy is then released when the capacitors are connected in parallel to an external circuit. The amount of energy that the capacitor can store and release depends on the capacitance of the network and the voltage applied to it. The frequency of the signal, or the rate at which the stored energy is released, is determined by the size and shape of the network.

The GNM0M2R61C473ME18D capacitor network offers a wide range of applications for high-frequency and high-density designs. Its unique low-profile design and high-performance characteristics make it an ideal choice for a variety of commercial and industrial applications, including mobile phone base stations, computers, and medical instruments. The GNM0M2R61C473ME18D is the perfect choice for applications that demand reliable performance and high frequencies.

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