B39941B7675P810

Series:	B7675
Part Status:	Obsolete
Frequency - Center:	897.5/ 942.5MHz
Bandwidth:	35MHz
Insertion Loss:	1.8dB, 2dB
Ratings:	--
Applications:	Cellular, WCDMA
Mounting Type:	Surface Mount
Package / Case:	9-SMD, No Lead
Height (Max):	0.027" (0.68mm)
Size / Dimension:	0.098" L x 0.079" W (2.50mm x 2.00mm)

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Introduction of B39941B7675P810B39941B7675P810 is a type of surface acoustic wave (SAW) filter. It is an important component used in numerous radio frequency (RF) and wireless related applications, as well as other large signal processing projects. A SAW filter is primarily designed to transmit a certain frequency range and reject other frequencies, thus providing an effective means to isolate and perform parallel signal separation. The conventional configuration for B39941B7675P810 comprises two piezoelectric substrate layers in between two metallization layers. The piezoelectric layers contain aluminium nitride (AlN) while the metallization of the internal walls can be either aluminium or copper. By varying the geometry of the components, B39941B7675P810 is capable of adjusting the operating frequency, bandwidth, and other filtering properties accordingly.Common Applications of B39941B7675P810The exceptional characteristics of B39941B7675P810 make it a widely adopted electronic component for numerous applications. Commonly, these components are employed in RF communications for selectivity and facility of operations, as well as other transmitter systems. It is also used to form a filter bank, which offers additional functionalities such as signal reception and filtering.Besides, B39941B7675P810 is also used in a variety of different power regeneration systems, automotive electronics, ultrasound systems, medical equipment, and radar subsystems. Additionally, they are employed in low-noise amplifier designs for recording and broadcasting purposes, as well as for GPS systems.Working Principle of B39941B7675P810In general, B39941B7675P810 works based on the computation of the force between two reflector plates, making it a component with reduced physical size. The operating frequency of the filter primarily relies on the distance between the two metallization plates. The oscillations created by the reflector plates cause the acoustic wave to propagate through the phosphorus-doped aluminium nitride, transmitting a specific frequency band accordingly. The higher the oscillationForce, the higher the frequency and the screening of other unwanted frequencies are enhanced. The product adoption of B39941B7675P810 also enables the multiplexing of various frequency signals within the same frequency range. On the other hand, higher levels of noise and interference can be reduced within the the given frequency bandwidth. ConclusionIn conclusion, B39941B7675P810 is a type of surface acoustic wave (SAW) filter, specifically developed to adjust the operating frequency, bandwidth, and other filtering properties. With the exceptional characteristics and small overall size, B39941B7675P810 is widely adopted in numerous applications such as RF communications, power regeneration systems, automotive electronics, ultrasound systems, medical equipment, radar subsystems, and recording and broadcasting. It works based on the computation of the force between two reflector plates, resulting in a frequency band where multiplexing of various frequency signals can take place. Additionally, the screening of other unwanted frequencies can be enhanced to reduce noise and interference. Due to its excellent performance, B39941B7675P810 is an important component for a wide range of today’s industries.

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