DSC1001DI2-028.6363B

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Oscillators have primarily been used in the applications of communication, signal processing, and radar and navigation systems. The DSC1001DI2-028.6363B Oscillator is a high performance oscillator mainly used in communication systems and other digital signal processing applications. With its features, it offers superior performance characteristics in comparison to other oscillators.
The DSC1001DI2-028.6363B oscillator operates at a frequency range of 10 to 28.6363 MHz with extremely low phase noise. It offers superior thermal stability, negligible frequency drift and low phase noise performance which makes it highly suitable for communication systems and digital signal processing applications. Additionally, it has a very low power consumption when compared to other oscillators in the market, making it cost effective and efficient.
The DSC1001DI2-028.6363B oscillator utilizes a CMOS process technology and is capable of running at 10-28.6363 MHz with a frequency accuracy of +/-20ppm. It has a configurable output amplitude and is capable of outputting 0dbm of power. Additionally, it can be buffered using a PECL buffer to help provide better performance and output level at higher frequencies. The DSC1001DI2-028.6363B also provides an adjustable output frequency range with an extremely low phase noise and high linearity. This makes the oscillator highly suitable for communication systems which require low phase noise and high linearity.
The DSC1001DI2-028.6363B Oscillator operates using a quartz crystal oscillator as the core of the oscillator. It is designed with an internal temperature control system to minimize temperature drifting effects. Additionally, an on-chip temperature compensation is designed to eliminate frequency drifting under temperature changes. The temperature control system also helps minimize current variance with temperature, which helps the oscillator use low power consumption. The oscillator also uses a PECL buffer for buffering amplification and voltage conditioning to reduce phase noise and provide better performance.
The DSC1001DI2-028.6363B is also capable of providing a very low phase noise and harmonic distortion. This is due to its highly efficient CMOS process technology and careful design, which helps suppress spurious noise and harmonic components. The oscillator also provides its users with an excellent level of reliability due to its highly efficient design and its robust behavior in extended temperature ranges. The oscillator is also designed with high-robustness against overvoltage conditions, ensuring that the product has a longer life with minimal maintenance costs.
In conclusion, the DSC1001DI2-028.6363B Oscillator is a superior oscillator suitable for digital signal processing applications and wireless communication systems. It has superior thermal stability and extremely low phase noise. It also utilizes a quartz crystal core with an on-chip temperature control system, along with a PECL buffer, which helps provide superior performance. Additionally, its low power consumption makes it highly cost effective and efficient, while its robust nature ensures reliable and long life.

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