Loss tangent is a standard measure of lossiness in a dielectric which is typically used to classify a dielectric material as or
Loss tangent is a standard measure of lossiness in a dielectric which is typically used to classify a dielectric material as or
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Loss tangent is a standard measure of lossiness in a dielectric which is typically used to classify a dielectric material as
or
A.
a good dielectric (tan 6 «« 1), a good conductor (tan 6 >> 1)
a good conductor (tan 6 << 1), a good dielectric (tan 6 << 1)
C.
a good conductor and a good dielectric (tan 6 << 1)
D.
All the above
A uniform plane wave propagation in perfect dielectric (dielectric medium without losses) at +z direction. Electric field is given as:
4л
E(z,1)= 377
* V/m
ot
3
If the average power density is 377 W/m² , determine the dielectric constant value and the wave frequency for the medium if u = Ho.
A.
ɛ, = 4 and f = 100 MHz
E = 6 and f = 40 MHz
%3D
C.
Er = 9 and f = 99 MHz
D.
Er = 5 and f = 75 MHz
B.
B.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc4767c10-d626-4830-9068-4518cd16076d%2F99bff4c3-4290-44d6-bedd-01dd5e646bb2%2Fj7e2z8r_processed.png&w=3840&q=75)
Transcribed Image Text:Loss tangent is a standard measure of lossiness in a dielectric which is typically used to classify a dielectric material as
or
A.
a good dielectric (tan 6 «« 1), a good conductor (tan 6 >> 1)
a good conductor (tan 6 << 1), a good dielectric (tan 6 << 1)
C.
a good conductor and a good dielectric (tan 6 << 1)
D.
All the above
A uniform plane wave propagation in perfect dielectric (dielectric medium without losses) at +z direction. Electric field is given as:
4л
E(z,1)= 377
* V/m
ot
3
If the average power density is 377 W/m² , determine the dielectric constant value and the wave frequency for the medium if u = Ho.
A.
ɛ, = 4 and f = 100 MHz
E = 6 and f = 40 MHz
%3D
C.
Er = 9 and f = 99 MHz
D.
Er = 5 and f = 75 MHz
B.
B.
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