B39461B3590Z810

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Surface acoustic wave (SAW) filters are a type of filter that require an acoustic wave to travel across an acoustic medium in order to filter out unwanted signals or noise. The B39461B3590Z810 is an example of a SAW filter.

SAW filters are most commonly used in high-frequency applications and are especially suited for use in cellular telecommunications because of the ability to filter out adjacent and contrast signals. The B39461B3590Z810 is a high-frequency SAW filter specifically designed for use in product designs for cellular applications and offers a wide variety of features and specifications.

The B39461B3590Z810\'s design is based on the principles of surface acoustic wave (SAW) filtering. This type of filter seeks to create an acoustic wavefront on a piezoelectric medium which can then be used to filter out unwanted signals or noise. A special transducer is placed over the surface of the piezoelectric material and a voltage is applied to create the acoustic wavefront. The wavefront propagates through the material and is then separated by an array of metal or ceramic reflectors which direct the wave along a specific path. The energy of the acoustic wave is then collected and converted to electrical current, which is then used to filter out the unwanted signals.

The B39461B3590Z810 is designed to operate at a frequency range of 890 to 960 MHz and has aperture radius of approximately 11mm. It can be used in both single port and dual port applications and is equipped with integrated devices such as the bandpass filter, amplifier, delay line, and power mitigating components. The filter is also equipped with a selectable upper and lower cut-off frequencies as well as a selectable passband rejection.

In terms of its performance characteristics, the B39461B3590Z810 is capable of maintaining high quality performance across all of its operational frequencies while supporting a wide input/output matching bandwidth. It also has excellent harmonic suppression capabilities with its slew rate distortion of over 80dB. Finally, it includes excellent loss and temperature stability, making it well suited for use in various temperature environments.

Overall, the B39461B3590Z810 is an excellent example of a SAW filter which has been designed for applications in high frequency cellular telecommunications. Its features and specs make it ideal for use in both single and dual port configurations along with its harmonic suppression capabilities. Its good performance across all operational frequencies and excellent temperature stability makes it well suited for use in various temperature environments.

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