Expression for capacitance of a two wire transmission line isa) ∈� – McqOptions

MCQOPTIONS

1.	Expression for capacitance of a two wire transmission line isa) ∈’π/cosh⁡-1(D/2a)b) μ/πcosh-1(D/2a)c) 2π∈/ln⁡(D/2a)d) ∈”*πω/cosh-1(D/2
A.	∈’*π/cosh⁡-1(D/2a)
B.	μ/π*cosh-1(D/2a)
C.	2π∈/ln⁡(D/2a)
D.	∈”*πω/cosh-1(D/2a)
Answer» B. μ/π*cosh-1(D/2a)

Discussion

No Comment Found

Related MCQs

For a parallel plate transmission line, if the series resistance is 10 mΩ/m, and the width is 100 mm, then the resistance of the transmission line is:
For a parallel plate transmission line, if the complex part of permittivity is 2.5, if the width is 100 mm and the distance between the plates is 10 mm, then the conductance of the transmission line is:
If the distance between the 2 wires in a 2 wire transmission line is 10 mm and the radii 2 mm, then the inductance of the transmission line is:
Expression for capacitance of a two wire transmission line isa) ∈’*π/cosh⁡-1(D/2a)b) μ/π*cosh-1(D/2a)c) 2π∈/ln⁡(D/2a)d) ∈”*πω/cosh-1(D/2
For a parallel plate transmission line, if w= 12 mm and the distance between the plates is 2 mm, then the inductance of the transmission line is:
One of the Maxwell‘s curl equation that is satisfied inside a coaxial line is:
For a parallel plate type of a transmission line, then expression for conductance of the line is:
In a two wire transmission line , if the distance between the lines is 60mm and the radii is 10 mm , then the capacitive reactance of the line when operated at 12.5 GHz is
In a two wire transmission line, if the distance between the lines is 20 mm and the radii is 5 mm then the inductance of the line is:
IF_THE_DISTANCE_BETWEEN_THE_2_WIRES_IN_A_2_WIRE_TRANSMISSION_LINE_IS_10_MM_AND_THE_RADII_2_MM,_THEN_THE_INDUCTANCE_OF_THE_TRANSMISSION_LINE_IS:?$