1 / 21

CLIC_DDS2HPT 18.03.2010

CLIC_DDS2HPT 18.03.2010. V. Khan. CLIC_DDSHPT. 24 cells No interleaving. Undamped. Q avg ~1700. Damped. ∆fmin = 62.3 MHz ∆tmax =16.05 ns ∆s = 4.81 m. 24 cells No interleaving. S. Tantawi method. CLIC_DDSHPT Cell#1. │ S22 │ =0.9527 ϕ 22=179.65. N=3. N=2. N=1. Port1. Port2.

ryo
Download Presentation

CLIC_DDS2HPT 18.03.2010

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. CLIC_DDS2HPT 18.03.2010 V. Khan

  2. CLIC_DDSHPT 24 cells No interleaving Undamped Qavg ~1700 Damped ∆fmin = 62.3 MHz ∆tmax =16.05 ns ∆s = 4.81 m 24 cells No interleaving

  3. S. Tantawi method CLIC_DDSHPT Cell#1 │S22│=0.9527 ϕ22=179.65 N=3 N=2 N=1 Port1 Port2 Port2 ?? Port1 Matching cell Port2 ?? Regular cell

  4. Other method b g a

  5. Matching cell #1 ma,mg : 2 micro steps 270 simulations In progress ma,mg : 1 μm steps 69/165 simulations

  6. Short term goals: Mar-Apr’2010 * priority • Finalise matching cells* • Surface fields of matching cells* • 7 single cell simulations for the 192 cell structure with DDS2HPT manifold dimensions Conference + workshop : May’2010 • IPAC • X-band collaboration meeting

  7. Next

  8. Back up slides

  9. Dipole mode : circuit parameters DDS1 : Plain curve ; DDS2 : Curve with dots

  10. DDS2_HPT : Surface fields

  11. DDS2_HPT : RF properties Esur Max. Values Esur=220 MV/m ∆T = 51 deg. Pin= 70.8 Eacc_UL=131 MV/m Sc=6.75 W/μm2 RF-beam-eff=23.5% 35*Sc Eacc Pin ∆T Dashed curves : Unloaded condition Solid curves: Beam loaded condition

  12. Matching cell design L • Two options • Vary a and b : very small room to vary b • vary a and L

  13. N=1 a: 4-6 mm N=2 a: 4-6 mm N=3 a: 4-6 mm

  14. N=1 a: 4.4-4.6 mm N=2 a: 4.4-4.6 mm N=3 a: 4.4-4.6 mm

  15. Next

  16. Cell # 1 Where S= Poynting vector @ 95 MV/m

  17. Cell # 24 @ 138 MV/m

  18. DDS2_HPT structure

  19. Cell # 24 Cell # 1

  20. CLIC_DDS_HPT

More Related