CCDTL Coupling Cell simulations

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CCDTL Coupling Cell simulations Comparison of Results

description

CCDTL Coupling Cell simulations. Comparison of R esults. Coupling Cell 2D Results. F= 361.047 MHz. Fcern = 361.088 MHz. Coupling Cell 3D Results HFSS. F (HFSS) = 361.36 MHz F ( Superfish ) = 361.09 MHz. Magnetic wall. Coupling Cell 3D simulations MWS. f = 351.880 MHz ± 90kHz. - PowerPoint PPT Presentation

Transcript of CCDTL Coupling Cell simulations

Page 1: CCDTL Coupling Cell simulations

CCDTL Coupling Cell simulations

Comparison of Results

Page 2: CCDTL Coupling Cell simulations

Coupling Cell 2D Resultsmm Frequency Sensitivity (kHz/mm)

Frequency = 361.047 MHzFrequency Sensitivity (kHz/mm)

Frequency = 361.088 MHz

length Lcc 230.00 -955 -965.3

diameter Dcc 214.00 -956 -976.8

corner radius Rcc 5.00 51.2 56.3

nose diameter dcc 92.20 -599.6 -791.0

Outer nose radius Rcco 5.00 1576.4 1854

Inner nose radius Rcci 5.00 112.4 120.7

gap gcc 21.36 5959.2 5782.2

F= 361.047 MHz

Fcern= 361.088 MHz

Page 3: CCDTL Coupling Cell simulations

Coupling Cell 3D Results HFSS

mmcc length Lcc 230.00cc diameter Dcc 214.00cc corner radius Rcc 5.00cc nose diameter dcc 92.20cc outer nose radius Rcco 5.00cc inner nose radius Rcci 5.00cc gap gcc 21.36

F (HFSS) = 361.36 MHzF (Superfish) = 361.09 MHz

Magnetic wall

Page 4: CCDTL Coupling Cell simulations

Coupling Cell 3D simulationsMWS

R46.1

R10

7

R10

2

R51.1

70

140

36

30

146

R14R17f = 351.880 MHz ± 90kHz

Page 5: CCDTL Coupling Cell simulations

Coupling Cell 3D simulationsHFSS (1)

f = 351.95 MHz

Magnetic Wall

E field H field

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Coupling Cell 3D simulationsHFSS (2)

CC short circuited

f = 352.21 MHz, coupling cell short circuited placing a “wire”.

E field H field

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Coupling Cell 3D simulationsHFSS (3)

E field H field

f = 352.25 MHz, short circuiting the cavity by a “wire”