GNM212R61C105MA16D Capacitors

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Capacitor networks and arrays are an essential part of many electronic systems. A capacitor network, also known as dielectric networks or two-terminal networks, is a combination of two or more capacitors connected in series and/or parallel. Such networks are often used to provide high-level signal filtering, to provide bypassing for integrated circuit power supply pins, or to form multi-pole filters. When they are connected in series and parallel, they form complex impedances that can vary significantly with frequency. The GNM 212R61C105MA16D is a capacitor network or array component.

The GNM 212R61C105MA16D is a multi-layer high-density ceramic capacitor. It is a dielectric network component comprised of two decoupling capacitors in parallel, which are further connected in series with an inductor, forming a two-terminal impedance network. This component is ideal for use in high-frequency applications and is one of the packaged components available from Murata Manufacturing Company.

The GNM 212R61C105MA16 D component has an impedance of 4.7ohm at 1kHz, a voltage rating of 16 volts and an operating temperature range of -55 to +125 degrees Celsius.

The component is also available in several other configurations. It can be used in a variety of applications, such as broadband, low pass, and high pass filters, power line noise filtering, and buffering. Examples of typical applications include switching power supplies, audio circuits, radio systems, and automotive electronics.

The GNM 212R61C105MA16D component\'s primary function is to filter noise and reduce conducted emissions. This is achieved by providing an impedance over the frequency range of the system, form a filter that provides a low-pass response at higher frequencies, or to form a filter that provides a high-pass response at lower frequencies. The component is also useful for providing bypassing for integrated circuit power supply pins, or for forming multi-pole filters.

The GNM 212R61C105MA16D component works by forming a capacitively coupled network. In this arrangement, two capacitors are connected in series and/or parallel with an inductor forming a two-terminal network. This network affects the impedance across a frequency range, allowing for selective filtering of signals. Such filtering reduces the amplitude of higher frequency signals before they reach the rest of the system, while allowing low frequency signals to pass through.

The GNM 212R61C105MA16D component also provides an additional benefit, noise reduction. When the component is used as a parallel filter, it helps reduce the effects of conducted emissions by providing a path for the current to flow away from sensitive circuitry. This reduces the amount of noise that is conducted into other components or circuits.

In summary, the GNM 212R61C105MA16D capacitor network or array component provides a way to filter and reduce noise in high frequency applications. It can be used in a variety of applications, such as low-pass, high-pass and buffering. Moreover, it provides an additional benefit, noise reduction, by providing a path for current to be diverted away from sensitive circuitry. This makes it an invaluable tool for electronic system designers.

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