552FD001001DGR

Pin configurable/selectable oscillators provide a wide range of frequency, waveform quality and jitter characteristics. They are commonly used in system timing applications such as microprocessor bus clocks, video clocks, PLLs and network systems. The 552FD001001DGR oscillator is a temperature-compensated crystal oscillator (TCXO) designed for high-frequency system timing applications. This paper will discuss the characteristics of the 552FD001001DGR oscillator and its application field and working principles.

Overview of the 552FD001001DGR Oscillator

The 552FD001001DGR oscillator offers a variety of features to meet the needs of system timing applications. It has a frequency range of 1 to 120MHz and a maximum stability of +/-0.1ppm. It has a programmable output waveform and offers a wide range of waveform characteristics, including sine wave, square wave, and triangle wave. In addition, it has a low phase noise performance of -135dBc/Hz and high reset times of 10ns. The 552FD001001DGR oscillator also provides excellent jitter performance, featuring cycle-to-cycle jitter as low as 50ps. It also offers a wide operational temperature range of -40 to +105 degrees Celsius.

Application Field and Working Principle of the 552FD001001DGR Oscillator

The 552FD001001DGR oscillator is well suited for use in high frequency system timing applications such as microprocessor buses, video clocks, PLLs, network systems, and more. Its wide range of waveform characteristics, low phase noise performance, wide operational temperature range, and excellent jitter performance make it an ideal choice for these applications. Its working principle is based on a quartz crystal contained within the package. The crystal vibrates at its resonant frequency upon the application of an alternating current. This vibration is then amplified, rectified, and filtered to produce a clean waveform. The frequency of the waveform is precisely controlled by the resonant frequency of the crystal.

The 552FD001001DGR oscillator can be programmed via a set of four pins. These pins allow the user to select from a range of frequency, waveform quality, and jitter characteristics. The waveform can be programmed by selecting from sine wave, square wave, and triangle wave outputs. The user can also select the frequency range, allowing the oscillator to be tuned to specific frequencies as needed. The oscillator can also be programmed to provide cycle-to-cycle jitter performance as low as 50ps.

Conclusion

The 552FD001001DGR oscillator is an ideal choice for high frequency system timing applications. It offers a wide range of frequency, waveform quality, and jitter characteristics, making it an ideal choice for a variety of applications. Its low phase noise performance and wide operational temperature range make it a reliable choice for use in demanding environments. The oscillator can be programmed via a set of four pins, giving the user the flexibility to tune the oscillator to a variety of frequencies and jitter characteristics.