445C25E30M00000

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• Introduction To Crystals:
  • Crystals are solid substances that have an internal arrangement of atoms and molecules that form them in a specific geometric pattern.
  • They are normally used in electronic components, and have many roles, including timing and frequency control.
• 445C25E30M00000 Application Field and Working Principle:
  • The 445C25E30M00000 crystal is a device that is used in communications, such as in digital cameras, cell phones, vehicles, and other items. It is a type of crystal oscillator, which consists of a quartz crystal, a coil, and two capacitors. It has a frequency range of 28.000 to 160.000 MHz and can operate up to 4.00 volts.
  • The crystal oscillator works by the quartz crystal vibrating at a specific frequency when a power voltage is applied. The crystal is cut in the shape of a cube, with the sides being slightly angled in order to create a larger area of contact on the crystal. This helps to increase its mechanical vibration frequency.
  • The vibration of the crystal causes an electrical signal to be generated, which provides the initial signal for the electronic components of the oscillator. The coil combines with the capacitors to form an inductor and capacitor network in order to stabilize the oscillation frequency.
  • The 445C25E30M00000 has a narrow frequency range and is designed for very specific values of frequency, which makes it very useful in communications where a precise frequency is needed.
• Conclusion:
  • The 445C25E30M00000 is an example of a crystal oscillator that is used in communications. It is able to produce a precisely tuned frequency, which makes it ideal for digital cameras, cell phones, and other devices. It works by the quartz crystal vibrating at a specific frequency when a power voltage is applied, and the vibration causes an electrical signal to be generated.
  • Crystals are solid substances that have an internal arrangement of atoms and molecules that form them in a specific geometric pattern. They are normally used in electronic components, and have many roles, including timing and frequency control.

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