B39182B4167U510

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SAW filters are designed to provide a wide range of frequency settings for specific industries. The B39182B4167U510 application field and working principle is one example of this. It is a small and low-cost, general-purpose SAW filter which is suitable for most communication applications with moderate requirements.

The B39182B4167U510 application field includes most mobile communications receivers and television set-top boxes. It works in a wide range of frequencies, from 824MHz to 894MHz, and can also be used in many other applications, such as GPS systems, satellite receivers, radar systems, and other wireless communication devices.

The working principle of the B39182B4167U510 is similar to other SAW filters. It uses a quartz substrate upon which two grids of interdigital transducers (IDTs) are deposited. These are the “sending” and “receiving” grids, and they are responsible for creating an acoustic short between the ports of the filter. This acoustic short creates a standing wave, which is then used to filter out the desired frequencies from the input signal.

The B39182B4167U510 also has several other features that make it ideal for applications in communication. It has a high-frequency selectivity, which gives it a high signal-to-noise ratio and low insertion loss. It also has a low group delay variation, which helps to maintain a consistent signal over a large frequency range. Lastly, its low self-capacitance ensures that the filter will work over a wide range of frequencies without distortion.

The B39182B4167U510 is the perfect choice for many communication applications. It is small, low-cost, and provides a wide range of frequencies to suit a variety of applications. Its high performance features make it ideal for applications requiring a high signal-to-noise ratio and low insertion loss. And its wide range of frequencies and low self-capacitance make it suitable for many different types of wireless communication.

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