SIT1602BC-73-18S-35.840000E

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• Introduction
  • Oscillators are essential elements in various electronic and industrial applications, providing the power of precise signals that can be used to measure time, cycle frequencies, and other operational indicators.
  • SIT1602BC-73-18S-35.840000E oscillator is a quartz-crystal oscillator, designed with a default frequency of 35.840000 MHz, and offers wide temperature range stability and low phase noise. It is used in applications that require precise signals or long-term stability.
• Application fields
  • SIT1602BC-73-18S-35.840000E oscillator has a wide range of application fields, such as:
  • Wireless communication
  • Computer and office or home automation
  • Broadcast television and radio
  • Medical instruments
  • Gaming machines
  • Test and measurement apparatus
  • Navigation and GPS systems
  • It is also used in oscilloscope applications and signal applications, such as generating clock signals for logic circuits, frequency division and counting etc.
• Working Principle
  • The SIT1602BC-73-18S-35.840000E oscillator is based on the piezoelectric properties of quartz crystal, which is known as the physical phenomenon of electrical moment formed on the surface of the piezoelectric material due to the applied mechanical force.
  • The quartz crystal vibrates at a specific frequency when a voltage is applied to it. The precise frequency of the quartz crystal is determined by its physical characteristics. The SIT1602BC-73-18S-35.840000E oscillator consists of an oscillator circuit, a quartz crystal resonator with a frequency-determining capacitor and a quartz crystal resonator.
  • The oscillator circui works together with the quartz resonator to maintain a stable output frequency. The oscillator circuit generates a sinusoidal signal when powered, which is then amplified by an amplifier. The amplified signal is then fed to the quartz resonator, creating an acoustic signal.
  • The quartz crystal then converts the acoustic signal back to an electric signal, which is then amplified again and sent back to the oscillator circuit, creating a feedback loop. The frequency of this loop is determined by the physical characteristics of the quartz crystal, and this frequency is known as its resonance frequency.
  • The resonance frequency is determined by the capacitance of the quartz crystal, which is equivalent to the resonant frequency determined by the material\'s physical characteristics. This ensures that the output frequency of the oscillator is stable and precise.
• Conclusion
  • SIT1602BC-73-18S-35.840000E oscillator is a quartz-crystal based oscillator that offers wide temperature range stability and low phase noise. It is used in a wide range of applications including wireless communication, computer and office or home automation, broadcast television and radio, medical instruments, gaming machines, test and measurement apparatus, navigation and GPS systems, oscilloscope and signal applications.
  • The oscillator works based on the piezoelectric properties of quartz crystal, which produces an electrical moment on the surface when a mechanical force is applied to it. The oscillator circuit then maintains the output frequency in a tight loop with the quartz crystal, allowing for precise and stable oscillation of the frequency.

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