FAR-G6QC-1G9600-N2CB-J

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Surface acoustic wave (SAW) filters are electronic components used to select certain frequencies and reject others, thus allowing transmission of only the desired signal. Such components are highly used in modern communication systems, including mobile phones and satellite receivers. The FAR-G6QC-1G9600-N2CB-J is a high-performance SAW filter.

The FAR-G6QC-1G9600-N2CB-J is a low-power, very narrow, highly selective and stable SAW filter which can be used in a variety of frequencies such as 2.6GHz, 1.8GHz, 1GHz, 850MHz, 700MHz, and 450MHz. Its primary application fields are in base station receivers and other wireless communication systems.

The working principle of the FAR-G6QC-1G9600-N2CB-J is based on the interference between the acoustic surface wave and the single-layer metal grating structure. The filter is designed to only pass signals within pre-defined passbands due to the interference between the two structures. The SAW filter uses the metal layers as the electrodes which provide an input and output terminals.

When an input signal enters the SAW filter, it is split into two in-phase waves which propagate along the metal grating. These waves are reflected back and forth which causes an interference pattern. This interference pattern determines the frequency response of the filter. If the signal frequency is within the pre-defined passband, the interference pattern that is produced results in constructive interference which amplifies the signal and allows it to pass through. If the signal frequency is outside of the passband, the interference pattern results in destructive interference and the signal is attenuated and blocked.

The SAW filter, such as the FAR-G6QC-1G9600-N2CB-J, provides excellent selectivity and is highly stable which makes it suitable for use in wireless communication systems. The filter is easy to use as it only requires an input signal and provides an output. It is also capable of operating in a variety of frequencies which makes it suitable for a wide range of applications.

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