Question

9. Moving one and half revolution around an SWR circle on the Smith chart represents: a) moving 0.25 wavelength down the transmission line. b) moving 0.75 wavelength down the transmission line. c) moving 1.00 wavelength down the transmission line. d) moving 1.25 wavelength down the transmission line. e) moving 1.50 wavelength down the transmission line. f) moving 1.75 wavelength down the transmission line. 10. The characteristic impedance of a network analyzer is set to 50?. A normalized impedance value of Z = 1.0+j0.5 translates to: a) 25+j0 b) 50+j25 c) 25+j25 d) 25+j50 e) 50+j50 f) 50-j50

          9. Moving one and half revolution around an SWR circle on the Smith chart represents:
a) moving 0.25 wavelength down the transmission line.
b) moving 0.75 wavelength down the transmission line.
c) moving 1.00 wavelength down the transmission line.
d) moving 1.25 wavelength down the transmission line.
e) moving 1.50 wavelength down the transmission line.
f) moving 1.75 wavelength down the transmission line.
10. The characteristic impedance of a network analyzer is set to 50?. A normalized impedance
value of Z = 1.0+j0.5 translates to:
a) 25+j0
b) 50+j25
c) 25+j25
d) 25+j50
e) 50+j50
f) 50-j50

9. Moving one and half revolution around an SWR circle on the Smith chart represents:
a) moving 0.25 wavelength down the transmission line.
b) moving 0.75 wavelength down the transmission line.
c) moving 1.00 wavelength down the transmission line.
d) moving 1.25 wavelength down the transmission line.
e) moving 1.50 wavelength down the transmission line.
f) moving 1.75 wavelength down the transmission line.
10. The characteristic impedance of a network analyzer is set to 50?. A normalized impedance
value of Z = 1.0+j0.5 translates to:
a) 25+j0
b) 50+j25
c) 25+j25
d) 25+j50
e) 50+j50
f) 50-j50

Added by Sofia L.

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