XLH335098.000000X

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Oscillators

XLH335098.000000X oscillator incorporates a DDS (Direct Digital Synthesis) core and is designed to provide a cost-effective solution for industrial and general-purpose frequency generation. It is capable of producing arbitrary high-precision and fixed frequency waveforms with up to a 98 MHz output frequency, 10 dBm output power, and -111 dBc/Hz phase noise. The oscillator has a hysteresis PLL (Phase Locked Loop) to provide a way of jitter elimination and it also offers automatic linear frequency-sweeping capability.

The XLH335098.000000X oscillator has a wide variety of applications which cover many frequency domains such as GPS satellite navigation and frequency-hopping requirements for communication systems. The oscillator can also be utilized in broadcasting systems and the production of low-jitter, high-quality timing signals. The oscillator is designed to provide precise clock synchronization and it is well suited for signal processing applications which require maximum phase noise performance.

The functioning principle of XLH335098.000000X oscillator is based on the concept of direct digital synthesis (DDS), which is the process by which an arbitrary waveform, or frequency, is generated by digital means. The generation of the waveform is achieved through a combination of digital signal processing techniques such as a digital-to-analog conversion (DAC) and an analog-to-digital conversion (ADC). The DAC creates the output waveform and the ADC controls the frequency of the output. The oscillator also utilizes an oscillator circuit which is designed to ensure a stable, low-noise output signal.

The PID controller, or proportional-integral-derivative controller, is an important part of the oscillator and is responsible for its long-term stability. The controller is used to adjust the frequency of the oscillator based on any input changes or external influences. The controller receives input signals from the DAC which allows it to adjust the frequency of the output. The output frequency of the oscillator is determined by the number of frequency-accurate points created by the output waveform.

The oscillator also takes advantage of the fact that digital and analog components can be used together in a stable, reproducible configuration. This combination of components is key to providing the desired frequency stability over wide temperature ranges. The circuit can be tuned to optimize the frequency response and terminate any thermal-related variations. It also can synchronize with an external clock reference, such as a GPS receiver, to create a robust and accurate output signal.

In conclusion, the XLH335098.000000X oscillator is a cost-effective and flexible frequency generator that is used for a wide range of applications. Its broad range of features and its accuracy over temperature make it an ideal choice for applications requiring high-precision frequency generation. The oscillator’s functioning principle of DDS, PID controller and digital-analog combination enable users to generate precise, low-noise waveforms with maximum phase noise performance.

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