State-of-the-art RF sources for your accelerator

Thales has been one of the leading manufacturers of RF and microwave

sources for decades, and is a trusted partner to the international scientific

community. The world’s most prestigious research organizations and labs

count on our solutions for both fundamental and applied research. Today,

our high-power klystrons are still the preferred RF energy source for

particle accelerators and are used in demanding configurations.

Thales applies a proactive R&D policy to develop the new competencies

and products needed to meet the requirements of new-generation facilities.

Our powerful test systems underpin the development of a range of products

offering unrivaled power and bandwidth.

Working closely with our customers, Thales delivers custom-tailored

solutions and turnkey systems, along with a full array of integration, support

and on-site development services.

High-power klystronsThe benchmark in scientific research

>

www.thalesgroup.com

A wide range of products to cover all your

TV 202230 MW peak/60 kWaverage in L-band.

TH 2128 & TH 210060 MW peak/20 kWaverage in S-band.

TH 2173 F & K5 MW peak/36 kWaverage in S-band.

High peak power klystrons with RF pulse length below 50 µs

(1) Number of RF output ports = 2(2) Built-in shielded collector(3) Available on request

>>

Frequency PartNumber

Peakpower

Averagepower Efficiency Gain RF Pulse

duration

Peakbeamvoltage

Peakbeam

currentMagnet Shielding Flange Output

type

GHz MW kW % dB µs kV A

1.300

TV 2022B 20.0 60 42 49 10.0 239 199 TH 20100 - EIA 650F SF6

TV 2022D 30.0 60 42 50 7.0 275 245 TH 20100 - EIA 650F SF6

TV 2022F 25.0 25 42 50 10.0 260 228 TH 20100 - EIA 650F SF6

1.500 TH 2170 20.0 10 42 49 5.0 235 215 TH 20100 - EIA 650F SF6

2.856

TH 2163 7.5 8 48 48 6.0 150 105 TH 20578A (3) EIA 284F SF6

TH 2163A 10.0 10 48 50 3.5 168 124 TH 20578A (3) EIA 284F SF6

TH 2128 35.0 18 43 53 5.0 280 291 TH 20700SH Varian Vacuum

TH 2128A 45.0 7 44 53 2.5 305 335 TH 20700SH Slac Vacuum

TH 2128C/D 45.0 10 44 54 4.5 305 335 TH 20700SH Slac/Varian Vacuum

TH 2128E 30.0 24 43 53 5.0 261 270 TH 20700SH Varian SF6

TH 2128L 60.0 9 42 54 1.5 348 410 TH 20700SH Varian Vacuum

TH 2173F 5.0 36 50 50 17.0 122 84 TH 20444 (2) EIA 284F SF6

2.998

TH 2173K 5.0 36 50 50 17.0 122 84 TH 20444 (2) EIA 284F SF6

TH 2157 7.5 8 48 48 6.0 150 105 TH 20578 (3) EIA 284FSF6 or air

TH 2157A 10.0 10 48 50 3.5 168 124 TH 20578 (3) EIA 284F

TH 2100 37.0 17 45 55 4.5 279 295 TH 20700SH EIA 284F SF6

TH 2100C 45.0 20 44 55 4.5 305 335 TH 20700SH EIA 284F SF6

TH 2100L 60.0 9 42 54 1.5 348 410 TH 20700SH EIA 284F SF6

TH 2132 (1) 45.0 20 44 54 4.5 305 335 TH 20700DL EIA 284F SF6

TH 2155 (1) 30.0 50 43 53 3.0 261 267 TH 20252B EIA 284F SF6

needs

TH 1802Multibeam klystron 10 MW peak/150 kW averageat 1.3 GHz.

TH 21792.8 MW peak up to 210 kW average at 0.352 GHz.

(1) Number of RF output ports = 2

High peak power klystrons with RF long pulse (above 50 µs)>>

Frequency PartNumber

Peakpower

Averagepower Efficiency Gain RF Pulse

duration

Peakbeamvoltage

Peakbeam

currentMagnet Shielding Flange Output

type

GHz MW kW % dB µs kV A

0.3520

TH 2179 2.80 10 53 42 1500 107 50.0 Built-in Built-in EIA 2300F Air

TH 2179A 2.80 210 53 42 1500 107 50.0 Built-in Built-in EIA 2300F Air

TH 2089K 1.60 144 59 42 1500 105 25.0 Built-in Built-in EIA 2300F Air

0.4025 TH 2177 2.50 200 58 45 1330 131 34.0 Built-in Built-in EIA 2100F Air

0.8050TH 2169 0.55 50 65 50 1500 75 11.3 TH 20618 Built-in EIA 1150F Air

TH 2168A 5.00 450 53 50 1500 135 70.0 TH 20614 TH 20623A EIA1150F SF6 or air

1.3000

TH 2104C 5.00 100 46 44 2000 125 88.0 TH 20277A - EIA 650F SF6

TH 2104D 5.00 250 45 46 500 126 89.0 TH 20277A - EIA 650F SF6

TH 2104U 10.00 250 45 47 250 167 136.0 TH 20277A - EIA 650F SF6

TH 1801 (1) 10.00 150 63 47 1500 116 136.0 TH 20584 - EIA 650F SF6

TH 1802 (1) 10.00 150 63 47 1500 116 136.0 Built-in Built-in EIA 650F Air

TH 2167Klystron 300 kW CW at 401 MHz.

TH 2161Klystron 300 kW CW at 500 MHz.

High peak power klystrons / CW operation>>

Klystron characteristics Power/Pulse length>>

Frequency PartNumber

Peakpower Efficiency Gain

Peakbeamvoltage

Peakbeam

currentMagnet Flange Output

type

GHz kW % dB kV A

0.350 TH 2089F 1100 62 40 94 19.0 Built-in EIA 2300F Atm. pressure

0.352 TH 2089B 1300 65 40 100 20.0 Built-in EIA 2300F Atm. pressure

0.401 TH 2167 300 63 37 54 8.8 Built-in 1/2 heightEIA 2300F

Atm. pressure

0.500

TH 2161/C 180 61 40 44 6.7 Built-in EIA 1800F Atm. pressure

TH 2161A 250 63 40 49 8.1 Built-in EIA 1800F Atm. pressure

TH 2161B 310 61 42 52 10.0 Built-in EIA 1800F Atm. pressure

0.500 TH 2178 800 62 40 75 17.6 Built-in DESY1800 Atm. pressure

2.450 TH 2174 50 59 48 27 3.2 TH 20049 EIA 340F Atm. pressure

4.900 TH 2166 50 50 49 26 4.3 TH 20610 UDR 48 Atm. pressure

(1) CW operation(2) 1/2 height

Electrical power supplyElectrical power supply• Ion pumps• Cathode heating• Electromagnet• HV• Anode modulating

Water-coolingWater-cooling• Collector• Body• Window• Electromagnet

InsulationInsulation • Oil

Air-coolingAir-cooling • Window • Gun

AmbianceAmbiance• Atm. pressure• Humidity• Temperature

InstallationInstallation• Dimensions • Weight• Easy to install

InterfacesInterfaces• Mechanical• Hydraulic• Electrical

Operators Operators

TransportationTransportation• Vibration• Handling

Tube protection Tube protection • Magnetic field

RadiationRadiation• X-ray• ECM• RF

Heat removal

Output powerP out

Power SupplyI, V

Input PowerP in

Klystrons are high-efficiency linear beam amplifiers, with high gain and narrow bandwidth, designedto operate at frequencies from UHF to millimetric bandwidth. To ensure efficiency, klystrons haveto be integrated in a very specific environment, demanding expertise in high-voltage operation,cooling, RF and electromagnetic radiation (X-rays).

RF Accessory windows>>

The klystron environment>>

needs

Frequency Part number Peakpower

Average power

Flange(vacuum side)

Flange(pressure side)

MHz MW kW

325 TH 20548C 2.0 100 EIA 2300F (2) EIA 2300F (2)

350 TH 20548B (1) 750 EIA 2300F (2) EIA 2300F (2)

352 TH 20548A (1) 1000 EIA 2300F (2) EIA 2300F (2)

402 TH 20616 2.5 300 EIA 2100F (2) EIA 2100F

500 TH 20536A (1) 500 EIA 1800F (2) EIA 1800F

805 TH 20615 2.5 300 EIA 975F EIA 975F

1300

TH 20141 20.0 - 30.0 25 - 60 EIA 650F EIA 650F

TH 20617 5.0 250 Special 650 (2) EIA 650F

TH 20698 10.0 130 Special 650 EIA 650F

2856 or 2998 TH 20674 11.0 47 SLAC MALE EIA 284F

2998

TH 20279B 35.0 17 LIL EIA 284F

TH 20279C 35.0 - 45.0 17 - 20 LIL LIL

TH 20279D 35.0 25 LIL EIA 284F

4899 TH 20611 (1) 60 UDR 48 UDR 48

THALES MICROWAVE & IMAGING SUB-SYSTEMS 2, rue Marcel Dassault - BP 2378141 Vélizy-Villacoublay Cedex - FranceTel: + 33 (0)1 30 70 35 00 - Fax: + 33 (0)1 30 70 35 35

Thales Electron Devices S.A. - Société anonyme au capital de 30 998 925 euros - 340 723 626 RCS VersaillesSiège social: 2, rue Marcel Dassault - 78140 Vélizy-Villacoublay - France

Thales’s RF and microwave power sources are designed, developed and built in two productioncenters, certified to ISO 9001:2000 and ISO 14001. Spanning 55,000 square meters,including 3,200 square meters of clean rooms, the Thonon and Vélizy plants in France arerecognized as European centers of expertise. Building on sustained relations with leading researchlabs, coupled with the continual expansion of our product and service range, we guarantee the long-term success of our industrial partnerships.

While maintaining our R&D focus on innovative solutions, we have also enhanced our production facilities toanticipate the upcoming needs of the scientific community. For example, the recent qualification of a 3.2 MW industrial test station enables us to condition and test all RF sources, including long-pulse and very-high-power tubes.

Thales Sales officesFor more information: rfms.marketing@thalesgroup.com

INDIANew Delhi

JAPANTokyo

GERMANYUlm

UNITED STATESTotowa, NJ

SWEDENStockholm SOUTH KOREA

KDJ VISION - Seoul

CHINAShanghai

ITALYRoma

RUSSIAMoscow

UNITED-KINGDOMBasingstoke

FRANCEVélizy

Production centers focused on innovation

A worldwide network at your service>>

S.1

35B

/2012.0

3 - C

rédi

ts p

hoto

s :

DES

Y, T

hale

s. T

his

docu

men

t ca

nnot

be

cons

ider

ed t

o be

a c

ontr

actu

al s

peci

ficat

ion.

Th

is in

form

atio

n he

rein

may

be

mod

ified

with

out

notic

e.