9B16000229

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Crystals

Crystals are diamagnetic materials with a variety of unique characteristics. A wide range of applications, from electronics to medical technology, is possible due to their complex crystal structures and temperature-dependent behavior. One example of this is the 9B16000229 crystal.

9B16000229 Application Field

The 9B16000229 is a quartz crystal used in resonant circuits. It has a lower harmonic frequency (LHF) of 13.4 MHz, a temperature coefficient of -0.014%/℃, a pullable range of 6ppm, and a maximum aging rate of 5ppm/yr. It can be used in electrical communication, control, and monitoring systems; and audio generator applications. Additionally, due to its stable performance, it can be used in high-performance measurement and control circuits.

9B16000229 Working Principle

The 9B16000229 is a quartz crystal that utilizes piezoelectricity. Piezoelectricity occurs when crystal deformations cause an electrical charge to be produced on the plane of the crystal, resulting in a voltage on the plane\'s surface. This voltage can be manipulated through electrical components, forming a resonant circuit. The 9B16000229 utilizes the piezoelectric effect, which enables it to vibrate at a consistent frequency. The typical working principle of the 9B16000229 is as follows. An input voltage is applied to the crystal through a signal source. The signal source outputs a frequency that resonates with the crystal and generates an electric signal. The output of this electric signal is then modified by electronic components to produce the final frequency. This frequency is used to power other circuits.

Conclusion

The 9B16000229 crystal is a quartz crystal used for resonant circuits in a variety of applications, including electrical communication, control, monitoring systems, audio generators, and high-performance measurement and control circuits. Utilizing the piezoelectric effect, the 9B16000229 provides a stable frequency output. The working principle of the 9B16000229 entails applying an input voltage, generating an electric signal, and using electrical components to modify the signal to generate the desired frequency.

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