B39841B7713C510 Filters

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Surface acoustic wave (SAW) filters have become a popular choice for many applications due to their low power consumption, small size, and high frequency response. The B39841B7713C510 is a SAW filter which is suitable for multiple applications and is characterized by its low pass operation, wide passband, and excellent insertion loss performance. This article will discuss the application field and working principle of the B39841B7713C510 SAW filter.

The B39841B7713C510 filter has a wide range of applications and is suitable for use in wireless communication systems, satellite broadcasting and reception, and industrial, automotive, and medical applications. The filter is a low pass filter with a passband of 50-1000MHz and an insertion loss of 1.0 dB or less. It also offers a high level of stability and excellent selectivity. The B39841B7713C510 is designed to maintain phase and amplitude characteristics over a wide frequency range and has a high level of immunity to temperature variations.

The working principle of the B39841B7713C510 filter is based on surface acoustic wave technology. In this system, an input signal is coupled onto a piezoelectric substrate and converted to an acoustic wave. The wave propagates along the surface of the substrate while it is subjected to an acoustic stop. The stop is used to filter out undesirable frequencies while allowing desirable frequencies to pass. The filtered signal is then converted back to an electrical signal by the piezoelectric substrate.

The B39841B7713C510 filter is highly reliable and provides excellent performance over a wide range of applications. It offers excellent insertion loss performance as well as a wide passband. The filter is suitable for use in various fields, including wireless communication systems, satellite broadcasting and reception, and industrial, automotive, and medical applications. The filter has a high level of stability and is highly immune to temperature variations. The working principle of the filter is based on surface acoustic wave technology, which allows it to maintain phase and amplitude characteristics over a wide frequency range.

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