Question

1. Design a coaxial transmission line for use at high frequencies that has a characteristic impedance of 65 ohms. Specify the dimensions of the inner and outer conductors and the material to be used for the conductors and the dielectric. The only constraint on the dimensions is that the outside diameter of the cable should be no larger than 0.45 inches (excluding any necessary protective jacket). In addition to the physical design of the line, be sure to include the following information: (a) the capacitance of the line per foot (b) the inductance of the line per foot (c) the approximate attenuation of the line in dB per 100 feet for frequencies of 3, 30, and 300 MHz (d) the approximate breakdown voltage of the line (e) the approximate power handling capability of the line assuming no reflections.

          1. Design a coaxial transmission line for use at high frequencies that has a characteristic impedance of 65 ohms. Specify the dimensions of the inner and outer conductors and the material to be used for the conductors and the dielectric. The only constraint on the dimensions is that the outside diameter of the cable should be no larger than 0.45 inches (excluding any necessary protective jacket). In addition to the physical design of the line, be sure to include the following information:
(a) the capacitance of the line per foot
(b) the inductance of the line per foot
(c) the approximate attenuation of the line in dB per 100 feet for frequencies of 3, 30, and 300 MHz
(d) the approximate breakdown voltage of the line
(e) the approximate power handling capability of the line assuming no reflections.

1. Design a coaxial transmission line for use at high frequencies that has a characteristic impedance of 65 ohms. Specify the dimensions of the inner and outer conductors and the material to be used for the conductors and the dielectric. The only constraint on the dimensions is that the outside diameter of the cable should be no larger than 0.45 inches (excluding any necessary protective jacket). In addition to the physical design of the line, be sure to include the following information:
(a) the capacitance of the line per foot
(b) the inductance of the line per foot
(c) the approximate attenuation of the line in dB per 100 feet for frequencies of 3, 30, and 300 MHz
(d) the approximate breakdown voltage of the line
(e) the approximate power handling capability of the line assuming no reflections.

Added by Thomas P.

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