ASFL1-106.250MHZ-EC-T

Oscillators are electronic circuits which behave in a repeating manner, and can generate a stable, repetitive analog or digital voltage signal with a specific frequency and oscillation amplitude. Among them, the ASFL1-106.250MHZ-EC-T oscillator stands out for its broad range of application fields and superior working principle.

The ASFL1-106.250MHZ-EC-T is a high frequency, MEMS-based oscillator with excellent frequency stability. It is most suitable for wireless communication systems, including Wi-Fi, 4G/5G, BLUETOOTH, and Zigbee. It features a very low power consumption,and excellent operating temperature range of -40℃ to 85℃. It is ideal for applications which demand quick deployment, have strict frequency stability requirements, require precise frequency tolerance, or involve high vibration environments. In addition, this oscillator also excels at dealing with electromagnetic interference and shock, ensuring smooth and reliable transmission.

The working principle of this oscillator is two-fold. Firstly, a vibrating tuning fork is used which is repeatedly wobbled by a tiny electric current. The current is then rectified in a feedback loop, making the tuning fork vibrate with precisely defined frequency. Secondly, the voltage output of the oscillator is regulated by an amplifier. With careful selection of components, high stability can be achieved.

In conclusion, the ASFL1-106.250MHZ-EC-T oscillator is a highly versatile yet efficient solution for a broad range of wireless communication applications. Its precise frequency stability and robust design make it extremely reliable, for dealing with interference and shocks alike. Therefore, it is de facto the go-to solution for any wireless communication system that requires precise frequency stability and excellent performance.