Using a 100-omega slotted lossless coaxial cable it is
Using a 100-Ω slotted lossless coaxial cable, it is found that the distances from the load to the first and second voltage maxima are 1 and 11 cm, respectively, and the standing wave ratio S = 2. Find the load impedance.
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A 50-O lossless line is terminated in a load impedance of 50 + j 100 O. If the wavelength is 20 cm, determine (a) the complex reflection coefficient at the load, (b) the standing-wave ratio,
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Determine the transmission line parameters of a coaxial cable that uses aluminum inner and outer conductors with radii a = 2.5 mm and b = 5 mm, respectively, and polystyrene (which is nonmagnetic) as an insulator.
The melting points of NaF, NaCl, NaBr and NaI are 988, 801, 755 and 651 degrees Celsius, respectively. Are these data consistent with ideas developed in Section 12-5
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Li2S is pictured n the text on .553. The length of the unit cel i 5.88 x 10^2 pm. For this structure determine: the coordination numbers of Li + and S2-
It is desired to use a short-circuited section of a 60-O lossless line to synthesize an input reactance X = - 120 O. If the operating frequency is 1 GHz and the phase velocity on the line is 0.8
A 200-MHz voltage source with output Vg = 200 V 0 and internal impedance of 100 Ω is connected to the input of the line. Determine the time-dependent voltage and current at the load, and the average power delivered to the load.
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