A signal propagation in a waveguide has a full wave of electric intensity change between the two further walls, and no component of the electric field in the * direction of propagation. The mode is TE20 O All mentioned TM11 O TE10 TE01 None of mentioned

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A signal propagation in a waveguide has a full wave of electric intensity change
between the two further walls, and no component of the electric field in the
* direction of propagation. The mode is
TE20 O
All mentioned
TM11 O
TE10 O
TE01
None of mentioned
Input power is applied to port 1 of an ideal 3-port circulator. If port 2 is
* mismatched then
all power will be received at port 3 O
all power will be received at 2 O
None of mentioned
Power will be zero at port 3 O
Transcribed Image Text:A signal propagation in a waveguide has a full wave of electric intensity change between the two further walls, and no component of the electric field in the * direction of propagation. The mode is TE20 O All mentioned TM11 O TE10 O TE01 None of mentioned Input power is applied to port 1 of an ideal 3-port circulator. If port 2 is * mismatched then all power will be received at port 3 O all power will be received at 2 O None of mentioned Power will be zero at port 3 O
In TE01 mode of wave propagation in an air-filled rectangular waveguide, if the
* broader dimension of the waveguide is 2 cm, then the cutoff frequency is
5 MHz
7.5 MHz
non of mentioned
5 GHz
7.5 GHz
:If propagation is assumed to be in x direction then TM means that
Ex=0
Ez=0 and Hz=0
Hx=0
Non of mentioned
Hz=0
Ez=0
Transcribed Image Text:In TE01 mode of wave propagation in an air-filled rectangular waveguide, if the * broader dimension of the waveguide is 2 cm, then the cutoff frequency is 5 MHz 7.5 MHz non of mentioned 5 GHz 7.5 GHz :If propagation is assumed to be in x direction then TM means that Ex=0 Ez=0 and Hz=0 Hx=0 Non of mentioned Hz=0 Ez=0
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