- range. Low-power
klystrons are used as
oscillators in
terrestrial microwave relay communications links,
while high-power
klystrons are used as output...
- tubes. They are also used in
microwave linear beam
vacuum tubes such as
klystrons,
inductive output tubes, travelling-wave tubes, and gyrotrons, as well...
-
device to be undesirable, and
based their radar systems on the
klystron instead. But
klystrons could not at that time
achieve the high
power output that magnetrons...
-
Wireless World. Reed
Business Pub. 1991. p. 66. Gilmour, A. S. (2011).
Klystrons,
Traveling Wave Tubes, Magnetrons, Crossed-Field Amplifiers, and Gyrotrons...
-
design that was part of many
klystrons,
referring to the
rhumba because of the dance-like
motion of the electrons.
Klystrons share the
basic concept that...
- Beam-loading
effects in
small reflex klystrons (1948)
Tunable waveguide cavity resonators for
broadband operation of
reflex klystrons (1948)
Doctoral advisor Karl...
-
spectrum of frequencies; however, they are
usually not as
tunable as
klystrons.
Klystrons are
specialized linear-beam vacuum-devices,
designed to
provide high...
- radiation. This is
unlike conventional microwave vacuum tubes such as
klystrons and magnetrons, in
which the
wavelength is
determined by a single-mode...
- IOTs is in UHF
television transmitters,
where they have
mostly replaced klystrons because of
their higher efficiencies (35% to 40%) and
smaller size. IOTs...
-
sometime in 1964.
Production of
everything other than the
klystrons was
progressing well; the
klystrons were
later downgraded to have a 60 MHz bandwidth, so...
