416F32022ITR

416F32022ITR Application Field and Working Principle

416F32022ITR is an advanced quartz crystal, applicable in a wide range of precision electronic circuits. It includes a piezoelectric crystal, a frequency-controlling element, a temperature-stabilizing holder and a tuning electrode. Its main application field is for timing, frequency control and other precision functions in electronic products. It is mainly used in problems such as measuring time, counting, displaying and controlling frequency signals.

Features

• The working frequency ranges from 10MHz to 50MHz
• High stability and flip-flop accuracy
• Excellent aging characteristics
• High frequency (f >80MHz)
• High Q value and superior frequency stability

Working Principle

When the 416F32022ITR quartz crystal functions, the ultra-precise frequency-controlling circuit is used. This circuit employs a low-pass filter that provides selectivity and linearity in the frequency domain. When the frequency controlling element is actuated, it will result in an electric field that is uniform in all directions. This electric field will cause a distortion of the quartz crystal’s lattice structure. This results in the crystal\'s frequency changing and altering the output signal from the crystal.

To maintain the frequency generated by the crystal to a given level, temperature-stabilizing circuits are used. These circuits are designed to ensure that a given temperature level is being maintained for the crystal, ensuring that the signal it outputs remains accurate. The frequency of the signal generated will always tend to drift as time passes, and so the tuning electrode is used to affect the signal and keep it in the desired range.

The 416F32022ITR crystal can be used in many types of application, including quartz watch movements, resonator timing, frequency synthesis, frequency measurement, and frequency detection.

Conclusion

The 416F32022ITR crystal offers a high level of precision and stability, making it ideal for a range of different frequency-related applications. Its ability to accurately control frequency and maintain an exact temperature makes it suitable for use in a number of different products, especially in products which require accuracy in time measurement or frequency control.