Question
In: Electrical Engineering
A coaxial air transmission line has a solid conductor with a radius a on the inside...
A coaxial air transmission line has a solid conductor with a
radius a on the inside and a very fine conductor with an inner
radius on the outside. The conductors of this L-length coaxial
transmission line include a lossy dielectric with electrical
permeability E1, conductivity o1 and magnetic permeability u0 in
the region a<r <c, and a lossy dielectric with electrical
permeability E2, conductivity o2 and magnetic permeability u0 in
the region of c <r <b. According to this,
a) Draw the geometry of the problem.
b) Find the resistance R, the capacitance C, the inductance L
and the conductivity G per unit length of the air conduction
line.
c) Find the current density of the face in each region.
d) Find the surface charge densities on the internal and
external conductors and at the interface between the two lossy
dielectrics.
Solutions
Manojponduru answered 1 year agoRelated Solutions
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The coaxial cable shown in Figure on the right consists of a solid inner conductor of...
The coaxial cable shown in Figure on the right consists of a
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(a) Derive an expression for the magnitude of the magnetic field
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(a < r < b). (Use...
A solid conductor with radius a is supported by insulating disks on the axis of a...
A solid conductor with radius a is
supported by insulating disks on the axis of a conducting tube with
inner radius b and outer
radius c( (Intro 1
figure) ). The central conductor and tube carry currents and
correspondingly in the same direction. The currents are distributed
uniformly over the cross sections of each conductor.Derive an
expression for the magnitude of the magnetic field
A) at points outside the
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For parts (a) through (c), what is the surface charge density
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