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Crystas – 416F40022CLT application field and working principle

Crystals are components integral to the operation of many electrical devices, from cell phones and consumer electronics to powered instruments, medical devices, and computers. In this article, we’ll discuss the application field and working principle of a specific type of crystal – the 416F40022CLT.

Application Field of 416F40022CLT

The 416F40022CLT is a quartz crystal resonator, often used with digital systems. This type of crystal resonator is popular due to its high degree of stability and low cost. The 416F40022CLT can operate at several supply voltages, and is suitable for applications such as frequency synthesis, oscillator circuits, digital clocks, and other applications requiring precise and stable timing signals.

This type of crystal is also used in a variety of other applications, such as radio systems and automotive electronics. Additionally, the 416F40022CLT can be used for both serial and parallel oscillators. The 416F40022CLT can operate at temperatures ranging from -55 to 125 degrees Celsius, making it an ideal choice for a variety of applications.

Working Principle of 416F40022CLT

A quartz crystal resonator consists of a quartz crystal and two metal electrodes, typically gold, connected to the crystal faces. The quartz crystal is cut in a specific manner depending on the resonant frequency being targeted; the desired frequency can be attained by finely controlling the angular cut of the crystal. Electrical charges in the crystal cause it to vibrate, generating a frequency that is accurately determined by the cut of the crystal.

The 416F40022CLT specifically is designed to work with a 4.0 – 22 MHz frequency range and to operate at a temperature range from - 55°C to + 125°C. It is also designed for use with digital systems and can detect small frequency changes in the range of 2MHz.

There are two primary configurations for a 40022CLT quartz crystal resonator – a series combination and a parallel combination. In a series combination, the two metal electrodes are wired in series with the crystal. This configuration has high impedance and can be used in oscillator circuits. In a parallel configuration, the metal electrodes are wired in parallel with the crystal, resulting in lower impedance and a higher drive level.

Conclusion

The 416F40022CLT is a quartz crystal resonator that can operate at multiple supply levels, making it versatile in a variety of applications. The 416F40022CLT is suitable for frequency synthesis, oscillator circuits, digital clocks, and other applications requiring precise and stable timing signals. The resonator can operate between 4 and 22 MHz, depending on its configuration – series or parallel. It can also be used at temperatures from -55°C to +125°C.

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