| 31. | High impedance nodes have higher thermal noise voltages and are more prone to capacitive and inductive noise pick up.
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| 32. | The extremely low temperatures are needed to limit thermal noise which would otherwise obscure the phonon signals of particle interactions.
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| 33. | A communication system affected by thermal noise is often modeled as an additive white Gaussian noise ( AWGN ) channel.
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| 34. | Carried by vanishingly thin conduits, the data are more likely to be scrambled by the ubiquitous random vibrations called thermal noise.
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| 35. | The display device itself is also a source of noise, due in part to thermal noise produced by the inner electronics.
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| 36. | It is important for reaching the quantum regime of the mechanical oscillator where thermal noise effects on the device become negligible.
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| 37. | When these spurious signals have a power level that is higher than the thermal noise floor, then the receiver is desensitized.
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| 38. | Thermal noise and other random phenomena ensure that the operation of any analog system will have some degree of stochastic behavior.
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| 39. | Thermal noise has a profound impact on any experiment as it sets a fundamental limit on how accurate an experiment can be.
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| 40. | Since they are indistinguishable, the contributions of all noise sources can be lumped together and regarded as a level of thermal noise.
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