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Specialized - Klystron ·Klystron

TV2014

Five-cavity high-power sealed-off S-band klystron amplifier designed as an RF power source for linear accelerators, using water/Vapotron cooling.

Directly heatedCold cathodeCommon cathodeDissimilarSpecialized
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
-

Description

The TV2014 is a five-cavity high-power sealed-off S-band klystron amplifier intended as an RF power source for linear accelerators. It provides very high peak and average output power and uses water/Vapotron cooling.

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
-
Base pins
-
Nominal heater voltage
-
Nominal heater current
-
Parallel heater voltage
-
Parallel heater current
-
Series capable
No

Terminal pinout

Electrical assignments shared by every tube using this base designation.

No verified pinout is recorded for this base designation.

Section ratings

1 physical section, each with unique specifications.

Section 1

Klystron

X-ray radiationInterelectrode capacitances

No fixed ratings are recorded for this section.

Published ratings and characteristics audited; detailed numeric data retained in parameter table.

Source-dependent data

Operating conditions by source

Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.

Data set 01

1972 Thomson CSF

Published operating points and test conditions from this source.

SECTION 1

Klystron

Other

  • cavity high power sealed-off klystron amplifier able to ,"" \ s ,

    4 W

    cavity high power sealed-off klystron amplifier able to ,"" \ s ,4

  • deliver a [1]

    30 kW

    deliver a 30 kW average power min and a 25 MW peak

  • deliver a [2]

    25 kW

    deliver a 30 kW average power min and a 25 MW peak

  • given center frequency in the range [1]

    2700

    given center frequency in the range 2700 - 3100 Mc.

  • given center frequency in the range [2]

    3100

    given center frequency in the range 2700 - 3100 Mc.

  • The rf input is made on a

    5011

    The rf input is made on a 5011 -N type coaxial

  • The beam focusing is obtained by a TV

    19008

    The beam focusing is obtained by a TV 19008

  • RF input UG

    22

    RF input UG 22 D/U plug

  • RF output two RG

    48

    RF output two RG 48/U waveguides with reduced

  • Active getter input UG

    496

    Active getter input UG 496/U plug

  • Heater voltage (a. c or d. c) [1]

    25 V

    Heater voltage (a. c or d. c) 25V 5% (1)

  • Heater voltage (a. c or d. c) [2]

    5 V

    Heater voltage (a. c or d. c) 25V 5% (1)

  • Heater voltage (a. c or d. c) [3]

    1 V

    Heater voltage (a. c or d. c) 25V 5% (1)

  • Hot heater resistance [1]

    1

    Hot heater resistance 1 IL 10 %

  • Hot heater resistance [2]

    10

    Hot heater resistance 1 IL 10 %

  • Cold heater resistance [1]

    0.14

    Cold heater resistance 0.14 10

  • Cold heater resistance [2]

    10

    Cold heater resistance 0.14 10

  • Bandwidth . , min

    15

    Bandwidth . , min 15 Mc

  • Peak output power min

    25 W

    Peak output power min 25 MW

  • Average output power min

    30 kW

    Average output power min 30 kW

  • Efficiency (for an output peak power [1]

    10 W

    Efficiency (for an output peak power 10 MW) min 40

  • Efficiency (for an output peak power [2]

    40 W

    Efficiency (for an output peak power 10 MW) min 40

  • RF input connector US [1]

    21 us

    RF input connector US 21 D/U ( coaxial line RG 1143/U)

  • RF input connector US [2]

    1143 us

    RF input connector US 21 D/U ( coaxial line RG 1143/U)

  • Heater -cathode connector TV

    19201

    Heater -cathode connector TV 19201

  • (

    1 V

    (1 ) The exact heating voltage is indicated on the testing sheet of each tube.

  • This voltage is to be observed within +

    5 V

    This voltage is to be observed within + 5 ~.

  • Beam voltage

    235 kV

    Beam voltage 235 kV

  • Beam current

    21 A

    Beam current 21f0 A

  • Output, peak

    255

    Output, peak 25,5 MW

  • Output, average

    305 kW

    Output, average 30,5 kW

  • Gain

    5

    Gain 5 db

  • Bandwidth (- I. db )

    30

    Bandwidth (- I. db ) 30 Mc

  • Pulse duration

    4

    Pulse duration 4 }zS

  • Heater warm-up time min

    15

    Heater warm-up time min 15 mn

  • Heater surge current max

    50 A

    Heater surge current max 50 A

  • Beam voltage max

    270 kV

    Beam voltage max 270 kV

  • Average applied power max

    67.5 kW

    Average applied power max 67.5 kW

  • Efficient d. c pulse duration max

    11

    Efficient d. c pulse duration max 11 is

  • Cooling water inlet temperature max

    50

    Cooling water inlet temperature max 50°C

  • Heater Connection X4

    7

    Heater Connection X47