F6QA1G960M2AP-J

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

SAW filters are commonly used in electronic equipment for the purpose of suppressing interference from radio-frequency signal sources. F6QA1G960M2AP-J is a frequency-stabilized surface acoustic wave (SAW) filter for UHF TV applications, with high frequency stability and excellent performance. It is manufactured by a field-ionizing vacuum ionization process, allowing for improved temperature characteristics and increased frequency stability.

The F6QA1G960M2AP-J SAW filter is an RF filter with a center frequency of 960 MHz, and a peak level rejection of 15 dB at 950 MHz. This filter also provides excellent response characteristics, with excellent insertion loss, supply current, and impulse response. This filter also has an excellent group delay flatness, meaning that the signal is not delayed on its way through the filter.

The working principle of the F6QA1G960M2AP-J SAW filter is based on the properties of surface acoustic waves. These waves are generated on the surface of a piezoelectric material, which causes the material to vibrate when an electric current is applied. This vibration is then transferred through the material, forming an acoustic wave that moves in two directions. The filter works by detecting when the acoustic wave – and the corresponding RF signal – reach certain frequency thresholds. When the threshold is reached, the RF signal is filtered.

In addition to its use in UHF TV applications, the F6QA1G960M2AP-J SAW filter can also be used in other applications. It can be used for cellular networks, Wi-Fi systems, satellite broadcasting, radar systems, and wireless communication systems, and it can also be used in more general frequency-stabilized applications.

The F6QA1G960M2AP-J SAW filter is a reliable and effective filter for UHF TV applications, and can also be used in other applications. It offers excellent performance, with high frequency stability and excellent response characteristics. The working principle of the filter is based on the properties of surface acoustic waves and their ability to filter out RF signals when certain frequency thresholds are reached.

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