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Microwave Engineering
book

Microwave Engineering

by Ahmad Shahid Khan
May 2014
Intermediate to advanced content levelIntermediate to advanced
800 pages
24h 50m
English
CRC Press
Content preview from Microwave Engineering
416 Microwave Engineering
When a microwave signal is applied to the input terminals of the buncher
cavity, its gap voltage in grid space will appear as
V
s
= V
1
sin(
ω
t) (12.2)
As assumed, V
1
V
0
, the average transit time (
τ
) through the buncher gap
(d) is
τ
d/
υ
0
= t
1
t
0
(12.3)
The voltages (V
s
and V
1
), times (t
1
and t
0
) and buncher gap d are shown in
Figures 12.1 and 12.4.
The average gap transit angle can be written in terms of average transit
time (
τ
) as
θ
g
=
ωτ
=
ω
(t
1
t
0
) =
ω
d/
υ
0
(12.4)
The average microwave voltage in buncher gap can be obtained by inte-
grating V
s
, dividing the outcome by average transit time (
τ
), and on using
Equation ...
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Publisher Resources

ISBN: 9781466591417