ECS-DSF947.5B-21-TR Filters

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) filters are known for their ability to reject unwanted frequencies while passing through those of the desired frequency. This makes them ideal for applications where multiple signals must be filtered out from a single input. The ECS-DSF947.5B-21-TR SAW filter is one example of such a device. It is designed to reject frequencies between 945 MHz and 970 MHz, while allowing frequencies within that range to pass through.

The device is constructed with a series of thin layers of metal and special semiconductor materials. The layers are designed to act in combination with each other to produce a wave filtering effect. The device is designed to operate in an environment of moderate temperature and humidity. It is important to note that it is designed to operate within these conditions as it impacts the performance of the device.

The device works by creating a standing wave in an external plane. This wave is created by the combination of two waveforms, which are referred to as the input signal and the output signal. The input signal is the signal which is to be filtered, while the output signal is the signal which is to be considered. The two waveforms combine in such a way that the frequencies which fall outside of the desired range are rejected by the filter.

The device is capable of handling signals with frequencies up to 970 MHz, with a rejection of frequencies below 945 MHz. This makes it perfect for use in applications which require precision filtering in order to achieve specific results. The device is typically used in radio and television broadcasting, telecommunications, medical equipment, and many more.

In summary, the ECS-DSF947.5B-21-TR SAW filter is a precision device which is designed to reject frequencies between 945 MHz and 970 MHz, while allowing those within that range to pass through. It works by creating a standing wave in an external plane, which is created by the combination of two waveforms, the input signal and the output signal. This makes it ideal for applications which require precision filtering in order to achieve specific results.

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