C3390-24.576

CF3390-24.576 is a precision oscillator developed and produced by Sinra. It is made of AT-cut crystal and is classified as an oscillator. It has extremely stable frequency and excellent temperature characteristics, making it suitable for use in a wide range of applications.

Due to its stability, the CF333-24.576 can be used to generate stable frequencies in a wide range of digital systems. Examples include cellular mobile phones, radio pagers, PDAs, electronic clocks, digital thermometers, and other applications that require precise timing. It also has the ability to generate a large number of harmonic frequencies, which can be used for complex waveform generation, modulation, and other signal processing.

The working principle of the CF3390-24.576 is based on the piezoelectric effect, which occurs when voltage is applied to quartz crystal, causing it to vibrate at a specific frequency. The quartz crystal acts like a vibrating nucleus, and by changing the pressure applied to it or the electrical signal applied to it, the frequency can be adjusted. This is the mechanism by which the CF3390-24.576 is able to generate such stable frequencies.

The CF3390-24.576 is a great choice for applications that require a stable and reliable frequency. The piezoelectric effect makes it possible to generate a wide range of frequencies, and its excellent temperature characteristics help it maintain a consistent frequency throughout a wide range of temperatures. The excellent frequency and temperature stability of the CF3390-24.576 makes it an ideal choice for many different applications.