IRA 302/00

Bibliografia:
[1] J. Kraus, - Radioastronomy, cap. 7-4 - Ed. Cygnus-Quasar Books
[2] N. Taylor, C.E. Kuyatt, - Guideline for Evaluating and Expressing the Uncertainty of NIST
Measurement Results, - NIST, - http://physics.nist.gov/cuu/Uncertainty/basic.html
[3] P.R. Bevington, D.K. Robinson, - Data Reduction And Error Analysis For The Physical
Sciences, cap. 2, 3, 4 - Ed. Mc Graw-Hill
[4] Fundamentals Of RF and Microwave Noise Figure Measurements, AN 57-1, - Hewlett
Packard.
[5] Noise Figure Measurement Accuracy, AN 57-2, - Hewlett Packard.
[6] D. Boyd, - Calculate The Uncertain of NF Measurements, - Microwaves & RF, Oct. ’99.
[7a]
[7b]
Maury Microwave corp., - Cryogenic Termination Model MT7118A, Data Manual
Maury Microwave corp., - Input Noise Temperature Calibration Equations for Liquid
Nitrogen Cooled Precision Terminations, - TN-009. (Fa parte di [7a]).
[8] Gallego, - Accuracy of Noise Temperature Measurement of Cryogenic Amplifiers, - NRAO
Internal Report No 285 02 Jan. 1990.
[9] W.W. Mumford, - Noise Performance Factors in Communication System, - Horizon House
Microwave, inc. 1968
[10] S.Mariotti, T. Pisanu, A. Scalambra, - Misuratore Automatico di cifra di rumore
M.A.M.BO., - Rapporto Interno IRA 295/00
[11] Fundamentals of RF and Microwave Power Measurements, AN 64-1A, - Hewlett Packard
[12] Noise/Com , Application Note “Noise Basics” http://www.noisecom.com
file Acrobat Reader : noisebasics.pdf
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