B39841B8768P810

Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Introduction

SAW Filters, or Surface Acoustic Wave filters are used in wide range of applications from communications to medical devices. They are highly flexible in their design, and when properly implemented, they can provide reliable and cost-efficient solutions for filtering needs. The B39841B8768P810 is a special type of SAW filter that is designed to be used in the 3.5 GHz frequency range. In this article, we will discuss the application field and working principle of this device.

Applications

The B39841B8768P810 SAW filter is used in a variety of wireless communication applications. It can be used for WIFI, Bluetooth, and cellular networks. In addition, it can be used for fixed- and mobile-broadband networks, as well as in military communication systems. This filter is also utilized in digital TV/Satellite broadcasting, radio broadcasting, and satellite communications. Other applications include medical devices, navigation systems, and magnetic and optical storage systems.

Working Principle

SAW filters rely on the transmission of surface acoustic waves for their operation. They are constructed of multiple layers of piezoelectric material, which generate, detect, and propagate acoustic waves. A signal is applied to the input element of the filter, causing a surface acoustic wave to propagate across the surface of the filter. As the wave propagates, it passes through various materials, causing the frequency and amplitude of the wave to be altered in certain regions. This alters the wave\'s output at the output element, thus allowing the filter to separate out the desired signals from the unwanted signals.The B39841B8768P810 is designed specifically for the 3.5GHz frequency range, and utilizes the unique characteristics of SAW technology to maximize its efficiency and performance in this frequency range. The filter is composed of four stacked layers of piezoelectric materials and is designed to pass signals within a narrow band of frequencies, while rejecting all other signals that may be present. This allows for an extremely thermally stable, high-Q filter that can accurately reject unwanted signals.

Conclusion

In summary, the B39841B8768P810 SAW filter is a specialized device that is designed to be used in the 3.5GHz frequency range. It is especially useful in wireless communication, broadcasting, and medical applications. The filter utilizes the transmission of surface acoustic waves and multiple layers of piezoelectric material to accurately separate desired signals from undesired signals. This makes the B39841B8768P810 a highly versatile and effective filtering solution.

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