7Q-16.3676MBS-T

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Oscillators are circuits or components used to generate repetitive or oscillating electrical signals with a specific pre-defined frequency. Among these circuits, 7Q-16.3676MBS-T oscillator is a highly integrated oscillator with features such as low jitter, low phase noise, and excellent thermal stability. This oscillator has wide application field and easy to use.

Application Field of 7Q-16.3676MBS-T Oscillator

7Q-16.3676MBS-T oscillator has been widely used in various high-tech fields including telecommunications, radio navigation, instrumentation, etc. Specifically speaking, it is a crystal oscillator for use in frequency outputs for use in 42 bps ISDN applications. With positioning accuracy less than 25 ppb, the oscillator can meet the requirements of high accuracy applications. In addition, it can be used as the clock source of the central processor in radio navigation system, realizing the high precision of navigation accuracy. With the wide applicability, 7Q-16.3676MBS-T oscillator can bring great convenience and effectiveness to many types of high-tech fields.

Working Principle of 7Q-16.3676MBS-T Oscillator

The 7Q-16.3676MBS-T oscillator is based on the principle of piezoelectricity. The circuit is composed of one quartz crystal and an amplifier. With the combination of these two components, the oscillator generates an alternating current signal with a certain frequency. When the crystal is vibrated by electric energy, it will generate a certain vibration frequency. The amplifier amplifies this vibration frequency to generate a stable high-frequency signal with preset frequency, and transmit it out for practical applications.

More specifically, in the circuit of 7Q-16.3676MBS-T oscillator, the quartz crystal serves as a vibrating element. The resonant frequency of the crystal is determined by its size and shape. When an alternating current signal passes through the crystal, it will vibrate at the same frequency. The quartz crystal oscillator has a control circuit, which is used to control the frequency output of the quartz crystal resonator. The control circuit will adjust the vibrating frequency of the crystal, making it possible to reach a predetermined values. When the resonant frequency of the crystal is changed, the output frequency of the oscillator will also change accordingly.

Apart from the mechanical vibration of the crystal, the 7Q-16.3676MBS-T oscillator also contains an amplifier. When the quartz crystal vibration signal passes through the amplifier, it will be amplified and output in the form of high-frequency waves. The frequency of these high-frequency waves is controlled by adjusting the surface potential of the control chip, which ensures that the oscillator can output a signal with a preset frequency. With the combination of quartz crystal and amplifier, the 7Q-16.3676MBS-T oscillator is able to generate a high-precision and stable frequency output, which is ideal for applications in a variety of fields.

Conclusion

The 7Q-16.3676MBS-T oscillator is a highly integrated, low-jitter and low-phase noise oscillator. It can easily be used for the output of various frequencies for high-precision applications such as radio navigation and instrumentation. The oscillator is based on the principle of piezoelectricity and its circuit consists of a quartz crystal and amplifier. Together, these components enable the oscillator to generate stable, high-precision frequency output. With its wide application field and simple working principle, the 7Q-16.3676MBS-T oscillator is a highly cost-effective solution for many types of high-tech fields.

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