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Oscillators

8P-38.400MBG-T Application Field and Working Principle

An oscillator is an electronic circuit that produces a periodic signals without any input from external sources. It typically consists of an active and passive circuit elements forming a network. Oscillators are used in broadcast radio systems, telecommunication systems, musical instruments, and in other electronic systems to generate periodic waveforms.The 8P-38.400MBG-T oscillator is a miniature low-noise voltage controlled crystal oscillator designed for use in applications where a high level of accuracy and stability is required.

Field of Application

The 8P-38.400MBG-T oscillator has applications in a wide range of industries including automotive, telecommunications, consumer electronics, and medical instruments. Its ultra-low noise performance makes it ideal for use in power monitoring, frequency translation, timing reference and communications systems. It is suitable for applications such as clock and data recovery, wireless network synchronization, satellite communications, power management, and antenna tracking. Additionally, its robust design makes it suitable for use in high temperature and harsh environment.

Working Principle

The 8P-38.400MBG-T oscillator works by producing a periodic waveform. It operates on the principle of resonant frequency induction by using an active and passive circuit network. The active circuit components are used to amplify the output voltage, while the passive circuit elements act as high quality filter to reduce noise. A quartz crystal is used to establish a stable oscillation frequency. This crystal is placed in the center of a circuit board and connected to the active components. When an input voltage is applied, the crystal produces an oscillating waveform at its resonant frequency which is then amplified by the active circuit elements. This signal is then filtered by the passive elements to remove any unwanted noise before being output.

Advantages of 8P-38.400MBG-T

The 8P-38.400MBG-T oscillator is renowned for its high accuracy and stability. It offers exceptional performance with extremely low phase noise levels and tight stability over a wide temperature range. It provides superior performance for applications requiring high frequency accuracy and tight time stability. Additionally, its miniature size and high reliability make it popular for use in extreme environment applications. It is also capable of operating at very low voltages, making it well suited for low power applications.

Conclusion

The 8P-38.400MBG-T oscillator is an ultra-low noise crystal oscillator that has applications in telecommunications, automotive, consumer electronics and medical instruments. It operates by producing a periodic waveform using an active and passive circuit elements and a quartz crystal as the resonant element. This device offers accuracy and stability over a wide temperature range and offers superior performance for application requiring high accuracy. Its miniature size and high reliability makes it suitable for use in harsh and extreme environments.

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