511ABB107M500BAG

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Oscillators

Oscillators are used to generate periodic waveforms and are essential components of all kinds of electronic system. While they are mostly used in radio frequencies, their application in audio and other fields have been widely demonstrated. An exemplary oscillator for this purpose is the 511ABB107M500BAG oscillator.

Application field of 511ABB107M500BAG oscillator

The 511ABB107M500BAG oscillator is a high-performance crystal oscillator that provides stable and reliable frequency output for a variety of applications, including embedded systems, frequency generation, oscillation control, radio communication, and signal processing. It offers excellent linearity and low phase noise. This oscillator is suitable for frequency synthesis and frequency control, such as synthesizers, crystal oscillators, crystal filters, phase locked loops, delay lines, and routers. It is also suitable for microwave communication, electronic warfare, jamming, high-speed navigation, radar, and so on. It is ideal for both laboratory and industrial applications.

Working principle of 511ABB107M500BAG oscillator

The 511ABB107M500BAG oscillator uses a crystal resonator to generate stable and reliable frequency output. The crystal resonator is the medium that vibrates at a certain frequency. When an external voltage is applied to the resonator, it vibrates at its natural frequency. This resonance determines the output frequency of the oscillator. Based on this, two operational modes can be adopted. In the phase-locked loop (PLL) mode, the oscillator is used to phase-lock the output frequency with an input frequency, and in the digital synthesizer mode, a frequency synthesizer is used to program the output frequency to desired values.

In the PLL mode, the input signal is applied to the resonator and the resonator will try to match its resonant frequency with the frequency of the input signal. When the input frequency matches the resonant frequency, the resonator output is phase-locked with the input signal, and the output frequency equals the input frequency. In the digital synthesizer mode, the frequency synthesizer is used to match the output frequency with the desired frequency. The frequency synthesizer will adjust the frequency of the resonator to achieve the desired frequency, and its output frequency then equals the desired frequency.

The 511ABB107M500BAG oscillator provides superior performance due to its long-term frequency stability and low noise floor. It is designed to enable reliable frequency output in any given environment, providing superior signal integrity.

Conclusion

The 511ABB107M500BAG oscillator is a high-performance crystal oscillator designed for industrial and laboratory applications, with excellent linearity and low phase noise. It is suitable for frequency synthesis and frequency control in various fields, such as radio communication, electronic warfare, jamming, high-speed navigation, radar, and more. The oscillator works by applying an external voltage to the crystal resonator, resulting in phase-locking or frequency synthesizing.

The 511ABB107M500BAG oscillator is an excellent choice for those who need a reliable and stable frequency output in any given environment. It is designed to provide superior signal integrity and long-term frequency stability for any application.

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