Examples of 'phase noise' in a sentence
Meaning of "phase noise"
Phase noise refers to the random fluctuations or variations in the phase of a signal. It is commonly used in the context of electronic devices, especially in communication systems and wireless technologies, where it can impact the quality and reliability of transmitted signals
How to use "phase noise" in a sentence
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phase noise
Phase noise measurements on severalbatches of resonators are given.
This results in signal phase noise degradation.
Phase noise measurement system and method.
Device for correcting phase noise in a digital receiver.
Clock jitter is caused by phase noise.
Jitter and phase noise in circuits.
Higher sensitivity to frequency offsets and phase noise.
Another issue is phase noise generation.
It is highly stable and has low phase noise.
Techniques minimize the phase noise in crystal oscillator circuits.
Calculated estimate from phase noise.
Phase noise is the limiting factor determiningthe detection limit.
Another phase shift occurs due to phase noise.
A particularly important type of phase noise is that produced by oscillators.
Phase noise measurement systems are alternatives to spectrum analyzers.
See also
Or an estimation of the phase noise of the said reference signal.
Phase noise and linewidth performances have however been disappointing.
Programmable frequency synthesizer having a low sensitivity to phase noise.
Its phase noise has been optimized thanks to the previous methodology.
Multiloop microwave frequency synthesizer with low phase noise.
A weak signal disappears in the phase noise of the stronger signal.
Phase noise is also a limiting factor in digital data transmission systems.
A problem occurs when the ambiguity surface is corrupted by phase noise.
The phase noise.
The present invention relates generally to phase noise measurement systems.
The phase noise may also include noise from the channel.
The result of this is an increase in phase noise leading to reduced signal quality.
This phase noise is translated directly to timing jitter on the system transmitters.
The results we have found are indirectly compared to residual phase noise measurements.
Amplitude and phase noise in optical frequency combs have already been studied extensively.
This reduces the time during which phase noise can be generated.
The phase noise performance of this system corresponds to the state of the art.
This then leads to a conversion of the phase noise into amplitude noise.
This phase noise decreases when the frequency in relation to the carrier increases.
Lower cost crystal oscillators will generally have higher phase noise.
The phase noise generally includes high frequency components and low frequency components.
The cycle slip rate also increases due to the presence of phase noise.
In this way the phase noise for a desired small overall step size is reduced.
This modification is particularly necessary to study systems where the optical phase noise is important.
Due to the known training sequence the phase noise can be estimated with high accuracy.
Historically there have been two conflicting yet widely used definitions for phase noise.
This ensures the transmitted sidebands and synthesizer phase noise remains within a certain specification.
The crystal on the other hand is much more exact and has better phase noise.
Other applications with demanding phase noise and jitter requirements can also benefit from this part.
The base unit of the microwave signal generator already features exceptional phase noise performance.
The phase noise performance of DDS is generally very good.
Dynamically convey information of demodulation reference signal and phase noise compensation reference signal.
Phase noise of the differential buffer amplifier on the bipolar transistors in Russian.
The implemented systems allowed measuring and characterizing the resonator phase noise at the given conditions.
The phase noise performance data in some of the DDS datasheets is somewhat limited.
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