NA-100M-6800

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NA-100M-6800: Oscillators Application Field and Working Principle

The NA-100M-6800 is a series of digital precision oscillators used in various precision data transmission and control applications. These digital precision oscillators are highly accurate and reliable due to their ultra-low phase noise, low temperature stability, and low flicker noise levels. The NA-100M-6800 oscillators offer an array of features including tight jitter control, wide frequency range, and frequency stability.

Application Field

The NA-100M-6800 precision oscillators are intended for use in a wide variety of precision data transmission and control applications, such as for high-speed communications, clock synchronization, digital broadcast systems, precision data transmission systems, and industrial automation. These oscillators can be used for applications where high accuracy, stability, and low jitter are required, such as automotive navigation systems, test and measurement systems, signal processing and digital audio, and video systems.

Working Principle

The NA-100M-6800 digital precision oscillators are based on a quartz crystal oscillator, which uses two parallel quartz crystal plates and a voltage to generate a continuous oscillation. The frequency of the quartz crystal oscillator is determined by the physical characteristics of the quartz crystal, such as the capacitance and inductance. This frequency can be controlled by varying the oscillating voltage.

The oscillator is made up of two major parts: the quartz crystal oscillator and the oscillator amplifier. The quartz crystal oscillator generates a stable frequency signal that is then amplified by the oscillator amplifier. The amplified signal is then processed by a phase locked loop (PLL) circuit to create a stable and precise frequency output signal. The output signal is then used to control the transmission data in the application.

The NA-100M-6800 precision oscillators also employ a number of technologies to ensure low jitter, low temperature stability, and low flicker noise levels. These technologies include a patented FM discriminator circuit, a noise reduction circuit, an advanced PLL control, and an adjustable crystal oscillator frequency. All of these technologies work together to ensure that the output signal is as stable and accurate as possible.

Conclusion

The NA-100M-6800 digital precision oscillators are highly accurate and reliable oscillators used for many precision data transmission and control applications. These oscillators feature a wide frequency range, excellent jitter control, and low noise levels. The NA-100M-6800 oscillators employ a quartz crystal oscillator, oscillator amplifier, and a PLL circuit to generate a precise frequency output. With its wide range of features, the NA-100M-6800 oscillators are a great choice for applications where high accuracy and stability are required.

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