GNM314R72A561MD01D

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Capacitor Networks, Arrays: GNM314R72A561MD01D Application Field and Working Principle

Capacitor networks, arrays and other similar technologies have been used in countless applications over the years, from industrial and medical to remote sensing. The GNM314R72A561MD01D is an example of one such product, combining three distinct functional capabilities into one single package. This paper will look into both the application field and the working principle behind GNM314R72A561MD01D.

Application Field of GNM314R72A561MD01D

GNM314R72A561MD01D is a surface-mount device specifically designed for use in high-frequency storage, filtering, and transmission applications. In particular, its high capacitance, low profile, and small footprint make it ideal for use in RF communication systems, automotive telecommunication systems, and many other areas. The device can store up to 10 mHz of data, ensuring consistent performance and high signal integrity for those applications.

Besides, it is capable of performing high speed signal processing, thanks to its high-performance integrated resonator. The integrated resonator allows the device to process signals with up to 5 GHz of bandwidth. This feature makes the GNM314R72A561MD01D suitable for use in high-speed data exchanges, as well as in other applications that require complicated multi-stage signal processing.

In addition, the GNM314R72A561MD01D can also be used as a noise filter to reduce EMI/RFI interference. Its high dielectric strength and the combination of etched aluminum and titanium shields make it effective against most common forms of interference. As a result, it is commonly used in aerospace and automotive electronics, as well as in other sensitive applications.

Working Principle of GNM314R72A561MD01D

The GNM314R72A561MD01D is based on a multilayer ceramic capacitor (MLCC) integrated into a single chip package. MLCCs consist of several layers of dielectric material, with two or more electrodes on either side of the material. The dielectric material forms the capacitance, while the electrodes serve as conductors to store and transmit signals.

In the GNM314R72A561MD01D, there are seven separate MLCCs embedded into a single package. Each of these MLCCs is designed to store and transmit different types of signals, and each MLCC can store up to 10 mHz of data. This allows the device to process and transfer large amounts of data with high accuracy and integrity.

Aside from its capacitive attributes, the GNM314R72A561MD01D also features an integrated micro resonator, which enables it to process signals with up to 5 GHz of bandwidth. The micro resonator, along with the other integrated components, further enhance the device’s noise-filtering capabilities. This makes the GNM314R72A561MD01D an ideal solution for applications that require high accuracy and signal integrity.

Conclusion

In conclusion, the GNM314R72A561MD01D is an excellent example of a capacitor network technology. It is highly reliable and capable, thanks to its multi-layered ceramic capacitors, and its integrated resonator further enhances its performance. As such, the device has found its way in many different applications, including RF communication systems, automotive telecommuting, and noise-filtering applications. It is a versatile product that is sure to stand the test of time.

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