This thesis describes the design of a device for generating a reproduceable noise signals. The noise signal is generated by adding three periodic waveforms having non-multiple periods. Pulse techniques are used in the generation of the member functions so that the output may be reproduced exactly. Theoretical and experimental determinations of the amplitude probability distribution and of the autocorrelation function of the signal were made. On the basis of tests and observations made, it is concluded that the signal generated may be considered a noise signal having a near-Gaussian amplitude probability distribution, very little correlation for time-shifts greater than 30 seconds, and a bandwidth of about 60 cps.Applied Science, Faculty of...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
This thesis describes the design of a device for generating a reproduceable noise signals. The noise...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
This thesis describes the design of a device for generating a reproduceable noise signals. The noise...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
The reliability and performance of many systems mostly depend of their noise rejection capability. T...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...
Operation and effectiveness of most electronic systems is strongly affected by their noise rejection...