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Hydrogen Thyratrons
Click Here to view Hydrogen Thyratrons in our Online Catalog!Richardson Electronics carries a wide range of Thyratrons manufactured by Perkin-Elmer (formerly EG&G), Triton and L-3 Communications (formerly Litton) for many CO2 and Excimer laser systems from:
  • Aesculap
  • ATL Lasertechnik
  • Baasell
  • Coherent
  • Imaje
  • Lambda
  • Laser Photonics
  • Laser Techniques
  • Lumonics
  • Rofin-Sinar
  • Summit Technology
  • VizX   ...and a host of others.

Perkin Elmer Selection Guide

Part Number Peak Anode Voltage epy (kV) Peak Anode Current ib (a) Average Anode Current Ib (Adc) RMS Anode Current Ip (Aac) Plate Dissipation Factor Pb
 (x 109)		 Cathode Heater V/A Reservoir Heater
V/A		 Control Grid EIA Type & Comments Notes Seated Height xTube Width (inches)
Peak Forward Grid Voltage egy (Min) Impedence of Grid Circuits g (Max)
HY-2 8 100 0.1 2 2.7 6.3/3.5 Note 1 175 1200 JAN 7621 1 2.35 x 1.0
HY-6 16 350 0.5 6.5 5 6.3/7 6.3/2.5 150 1500 JAN 7782 - 2 x 1.4
HY-60 16 350 0.5 6.5 5 6.3/7 6.3/7 150 1500 JAN 7665A - 2.4 x 1.4
HY-61 16 350 0.5 6.5 5 6.3/8.5 Note 1 150 1500 - 1 3.6 x 1.4
HY-10 20 500 0.5 8 10 6.3/7.5 6.3/4 200 500 JAN 7620 - 3.4 x 2
HY-11 20 500 0.5 8 10 6.3/7.5 6.3/4 200 500 - - 2.2 x 2.25
HY-1A 20 500 0.5 8 10 6.3/11 Note 1 175 500 JAN 8613 1 5 x 2
HY-1102 18 1000 0.5   10 6.3/7.5 6.3/8 20 500 - 2 2 x 2
HY-3192 40 1000 2.2 47.5 50 6.3/12.5 6.3/5.5 1500 250 - 3 3.75 x 3.25
HY-32 35 1500 2.2 47.5 50 6.3/18 6.3/5.5 450 400 - - 4 x 3.25
HY-3204 40 1500 1 25 40 6.3/18 6.3/6 450 400 peak current to 10kA @ <1µsec 4 3 x 6
1802 25 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 400 JAN 7322 - 4 x 3.25
HY-3002 25 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 400 - - 4 x 3.25
HY-3003 35 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 400 - - 4 x 3.25
HY-3004 25 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 400 - - 4.75 x 3.25
HY-3005 35 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 400 - - 4.75 x 3.25
HY-3025 40 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 250 - 6 4.25 x 3.25
HY-3189 40 5000 2.2 47.5 50 6.3/12.5 6.3/5.5 500 250 - - 3.75 x 3
HY-5 40 5000 8 125 160 6.3/30 4.5/11 1300 100 JAN 8614 3 5 x 4.5
HY-53 40 5000 4 90 100 6.3/30 4.5/11 1300 100 - 3,6 6 x 4.5
LS-3101S 35 5000 2 45 50 6.3/18 6.3/6 500 250 - - 5.25 x 3
LS-4101 40 12000 3 55 50 6.3/28 6.3/6 500 250 - 3,6 8 x 3.5
LS-4111 40 12000 3 55 100 6.3/28 6.3/6 500 250 - 3,5,6 8.25 x 3.5
LS-3229 70 15000 2 45 50 6.3/16 6.3/6 450 400 Two gap tetrode 3,6 6.4 x 3
HY-3202 32 20000 0.5 47.5   6.3/18 6.3/13 500 250 - 2,6 6.4 x 3
LS-5001 40 20000 4 90 100 6.3/29 4.5/10 2500 50 - 3 6.75 x 4.5
LS-5002 50 20000 4 70 100 6.3/35 4.5/15 2500 100 Two gap tetrode 3 9.5 x 4.5
LS-5101 40 20000 4 90 100 6.3/29 4.5/10 2500 50 - 3,6 6.75 x 4.5
LS-5111 40 20000 4 90 200 6.3/29 4.5/10 2500 50 - 3,5,6 7.2 x 4.5

NOTES:

  1. Cathode and reservoir heater internally connected
  2. Grounded grid design
  3. Auxiliary grid design
  4. MT-4 mount required
  5. Liquid cooling design
  6. Hollow anode design for reverse current

Perkin Elmer Thyratron control Grid Driver TM-27 is recommended for use with all thyratrons up to 3 inch diameter. TM-29 is recommended for thyratrons greater than 3 inch diameter.

The selections above are a representative sample of hundreds of design variations available.

 

CLICK HERE
for more information on
Perkin Elmer Hydrogen Thyratrons

Triton Product Selection Guide

Although Triton is no longer producing Hydrogen Thyratrons, many of the types they had produced are currently being manufactured by Perkin Elmer. For more Information on which types are being manufactured by Perkin Elmer, please contact your local sales office.

Part Number Peak Output Power (MW) Anode Dissipation Factor (exp 9 v.a.pps) Peak Anode Voltage (KV) Peak Anode Current (A) Maximum Average Current (Adc) Nominal Cathode Heater (Volts/Amps) Nominal Reservoir (Volts/Amps) Notes
5C22 2 3.2 16 325 0.2 6.3/11.6 I.C. 2,3,14
7782 2 4 14 350 0.2 6.3/5.0 6.3/1.5 1
8765 2 4 14 350 0.2 6.3/6.3 I.C. 1,2,3
7665 5 7 20 500 0.5 6.3/7.0 6.3/1.5 1
F-131 5 7 20 500 0.5 6.3/7.0 6.3/1.5 1,4
8553 4 7 16 500 0.5 6.3/8.5 I.C. 1,2,3
F-261 5 10 20 500 0.5 6.3/7.5 6.3/3.0 1
8613 4 10 16 500 0.5 6.3/11.5 I.C. 1,2,3
F-298 6 10 20 600 0.5 6.3/10.0 6.3/3.0 1,4
5948A 12 9 25 1000 1 6.3/33.0 4.5/8.0 14
7322 12.5 20 25 1500 2 6.3/17.0 6.3/4.5 1,13
F-308 16 14 33 2000 1.25 6.3/25 I.C. 2,3,4,14
F-211 35 35 35 2000 2.2 6.3/17.0 6.3/4.5 1
F-130 35 35 35 2000 2.2 6.3/17.0 6.3/4.5 1,4
F-349 35 35 33 2000 2.2 6.3/17.0 6.3/4.5 1,4,5
F-354 50 40 40 3000 3 6.3/22.0 5.0/4.5 1,4,6
F-356 35 25 35 2000 1.5 6.3/17.0 6.3/4.5 1,4,6
F-322 35 25 35 10000 0.3 6.3/17.0 6.3/3.0 1,7
F-249 20 20 33 1500 1.5 6.3/24.0 I.C. 1,2,3,4
F-207 40 25 50 1500 2 6.3/17.0 6.3/4.5 1,11
F-228 40 25 50 1500 2 6.3/17.0 6.3/4.5 1,4,11
F-229 40 25 48 1500 2 6.3/17.0 6.3/4.5 1,4,5,6,11
F-202 60 30 75 1500 2 6.3/17.0 6.3/4.5 1,4,12
7390 33 30 33 2000 4 6.3/26.5 4.5/9.0  
F-117 50 30 33 3000 4 6.3/26.5 4.5/9.0 4
F-194 50 50 33 3000 4 6.3/26.5 4.5/9.0 4,8
F-104 55 50 45 3000 4 6.3/26.5 4.5/9.0 4,8,11
8614 60 50 38 3000 4 6.3/26.5 4.5/9.0  
F-269 60 50 38 3000 4 6.3/26.5 4.5/9.0 4
F-318 60 50 36 3000 4 6.3/26.5 4.5/9.0 4,5
F-146 80 300 33 10000 8 6.3/75 4.5/17 4,6
F-241 200 400 50 10000 8,(125) 6.3/75 4.5/17 4,6,11
F-331 225 400 50 15000 8,(125) 6.3/75 4.5/17 4,6,11
F-285 225 400 50 15000 8 6.3/75 4.5/17 4,6,8,9,11
F-352 200 400 55 10000 8,(125) 6.3/75 4.5/17 4,6,11
F-266 275 500 55 10000 25 6.3/75 4.5/17 4,6,10,11
F-187 250 400 75 10000 12.5 6.3/75 4.5/17 4,6,11,12
5949 6 6.3 25 500 0.5 6.3/16 4.5/4.0 3,14
6130 0.05 0.3 3 35 0.045 6.3/2.5 NONE 3,14
3C45 0.05 0.3 3 35 0.045 6.3/2.5 NONE 3,14
4C35 0.35 2 8 90 0.1 6.3/6.7 I.C. 2,14
F-700 250 300 50 15000 12.5 6.3/65 3.5/18 4,6,10,11

NOTES:

  1. Heater return connected to cathode
  2. Reservoir heater internally connected in parallel with cathode heater
  3. Plug-in base; socket required
  4. Auxiliary "preionizing" electrode
  5. Inverse conducting anode
  6. Shielded high voltage gap(s)
  7. Grounded Grid
  8. H2O cooled anode
  9. H2O cooled control grid
  10. Dispenser Cathode
  11. Gradient grid (2 gaps)
  12. Double gradient grid (3 gaps)
  13. "MT-4" mounting socket required
  14. Glass envelope
  15. All maximum ratings are non-simultaneous
  16. Maximum peak power and peak current ratings are based upon 3.0 pulsewidth, and/or continuous operation at >50 Hz.

 

 

CLICK HERE
for more information on
Triton Hydrogen Thyratrons

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