B39941B3512U410

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Surface acoustic wave (SAW) filter technology has found wide application in the telecommunications sector. Its several advantages include long-term stability, low insertion loss, low profiles, and high levels of performance. An example of a SAW filter is the B39941B3512U410 model, which is a standard metal-oxide-semiconductor (MOS) model that is used widely in the market.

The B39941B3512U410 filter provides excellent selectivity, low insertion loss, and high stop-band attenuation at a cost-effective price. The filter can be used in various telecommunications applications such as digital radio transmission and voice-band communication. It is also suitable for wireless communication, paging systems, cellular phones, and more. Additionally, it can be used in power amplifiers, local and wide-area networks, and micro cell base stations.

The working principle of the B39941B3512U410 filter is based on use of transduction and reflection. Acoustic energy is transduced into electrical energy when it comes in contact with a piezoelectric material such as quartz. As this happens, a signal is sent to the filter’s electrodes, which in turn reflects the signal back in the form of a standing wave. This standing wave is then used to shape the signal to fit its desired frequency response.

To further optimize the performance of the B39941B3512U410 filter, it employs an interdigital transducer (IDT). The IDT is an arrangement of two electrodes that are placed between the input and output ports of the filter. These two electrodes send and receive signals that are used to control the filter’s frequency response. Additionally, the IDT is capable of adjusting the filter so that it can be used in different applications.

The B39941B3512U410 filter is a reliable and effective SAW filter for use in telecommunications applications. Its low profile and low insertion loss make it the ideal choice for wireless systems, voice-band communication, and more. Furthermore, its use of transduction and reflection principles, along with its IDT feature, helps to optimize its performance to fit a wide range of applications. With its straightforward design and high level of performance, it is no wonder why it is widely used in the telecommunications sector.

The specific data is subject to PDF, and the above content is for reference