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Introduction to B39471B5052Z810: SAW Filters

Surface Acoustic Wave (SAW) Filters are electronic components designed to select or reject frequency components within a range of operating frequencies. They are widely used in telecommunications and in the automotive, industrial and medical fields. These devices play an important role in the design of telecommunication networks, car radios, RF systems, medical equipment, and many other applications.The B39471B5052Z810 is a SAW Filter designed for operation in the 2.4GHz range. It has a low insertion loss of 2.2 dB and a fast settling time of 28 ns. The B39471B5052Z810 is a low-profile, high-performance SAW Filter with a miniature footprint. It has a minimum of cross-talk and noise and is suitable for applications requiring high linearity and high attenuation atband edges.

Application Field of B39471B5052Z810

The B39471B5052Z810 SAW Filter is used in many different applications. Its high performance, low insertion loss, and fast settling time make it ideal for use in automotive, wireless, and satellite communications. It is an ideal choice for applications requiring a narrow stop-band and high attenuation at the band edges.In the automotive field, SAW Filters are used for applications such as AM and FM stereo, GPS navigations systems, vehicle security systems, and car telephone systems. These devices are also used in wireless applications such as satellite communications, WLAN, and Bluetooth for high-frequency applications up to 2.4GHz.In the medical field, SAW Filters are used in medical imaging and medical diagnostics equipment. These devices are used in MRI and ultrasound machines to ensure accurate and reliable signals. In the industrial sector, SAW Filters are used in measurement and control systems, as well as in measurement and monitoring equipment.

Working Principle of B39471B5052Z810

The B39471B5052Z810 SAW Filter is a bandpass filter. It works by allowing the desired frequency range to pass through while rejecting any other higher or lower frequencies. It has two crystals connected in series, a transmitting crystal and a receiving crystal.The transmitting crystal generates a surface acoustic wave (SAW) that is transmitted through the filter. The receiving crystal detects the wave and transmits it through an acoustic path within the filter. The SAW is then reflected off of the sides and corners of the acoustic filter structure, which helps to reject all frequencies except for the frequencies that are wanted.The B39471B5052Z810 SAW Filter features a low insertion loss which means that it can transmit signals with minimal signal loss. This device is also temperature compensated which allows for accurate performance over a wide range of temperatures. Additionally, the B39471B5052Z810 has a fast settling time, which means that it can quickly detect the desired frequencies and reject the unwanted frequencies.

Conclusion

The B39471B5052Z810 is a SAW Filter designed for use in the 2.4GHz range. It has a low insertion loss of 2.2 dB and a fast settling time of 28 ns. This makes it ideal for use in automotive, wireless, and satellite communications. The B39471B5052Z810 has a low-profile and a miniature footprint, making it suitable for space-constrained applications. Additionally, the B39471B5052Z810 works by allowing desired frequencies to pass through while rejecting any other frequencies. It also has a low insertion loss and a temperature compensated design, making it ideal for high-performance applications.

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