406C35B19M44000

406C35B19M44000

Application Field and Working Principle

406C35B19M44000 crystals are versatile devices used for a variety of applications. They can be used for timing and control, oscillator and filter construction, oscilloscope trigger, stabilized power supply, modulation and demodulation for radio links, and for many other applications. In short, crystals are used to provide a stable, periodic electrical signal.

Crystals rely on the piezoelectric effect, where electrical charge accumulates in certain materials in response to applied mechanical stress. The piezoelectric effect also works in reverse, causing the material to deform in response to an applied electrical field. In the 406C35B19M44000, two quartz discs are cut to extremely precise dimensions and placed face to face. Electrical contacts are then added to each disc and a small "charge pump" is used to maintain a constant voltage across the disc arrangement.

When an AC voltage is applied to the disk arrangement, it causes them to vibrate at their resonant frequency. The frequency is maintained by the charge pump, which compensates for any changes due to temperature variations or other environmental factors. This vibration of the quartz crystals is then used to produce the stable, periodic electrical signal needed for a variety of applications.

The 406C35B19M44000 crystal is well-suited to a wide range of applications, including timing and control, oscillator and filter construction, oscilloscope trigger, stabilized power supply, modulation and demodulation for radio links, and numerous other applications. In addition to providing a stable, periodic electrical signal, it also offers superior frequency stability and excellent accuracy over a wide temperature range.