'Te 11' presentation slideshows

The NLC RF Pulse Compression and High Power RF Transport Systems

The NLC RF Pulse Compression and High Power RF Transport Systems. Sami G. Tantawi, G.Bowden, K.Fant, Z.D.Farkas, W.R.Fowkes J.Irwin, N.M.Kroll, Z.H.Li, R.Loewen, R.Miller, C.Nantista, J.Rifkin, R.Ruth, A.Vlieks, P.Wilson. Outline. System Requirements

702 views • 54 slides

2.4 Understand the method of propagation mode/excitation in waveguides.

1.32k views • 33 slides

Rf Pulse Compression and Transport Systems

Rf Pulse Compression and Transport Systems. Sami G. Tantawi. Outline. Single Moded Delay Line Distribution System Components required to implement the system Components Based on the wrap-around mode converter components based on over-moded rectangular waveguides

434 views • 33 slides

Circular Waveguides

Circular Waveguides. INEL 5606 Dr. Sandra Cruz-Pol ECE, UPRM. Circular Waveguides. In 1897 Lord Rayleigh performed the first theoretical analysis of a wave in a circular waveguide. Use Cylindrical coordinates. From Maxwell Eqs. we can derive for E z and H z , all other components:.

1.73k views • 24 slides

Prof. David R. Jackson ECE Dept.

ECE 6341. Spring 2014. Prof. David R. Jackson ECE Dept. Notes 9. Circular Waveguide. a. z. The waveguide is homogeneously filled, so we have independent TE z and TM z modes. TM z mode:. ? r. Circular Waveguide (cont.). (1) ? variation. (uniqueness of solution). Choose.

513 views • 23 slides

CLIC Main linac structure and Crab cavity

CLIC Main linac structure and Crab cavity. Vasim Khan. 28.08.09. In order to damp the LOM & SOM the cut-off frequency of the manifold should be below 8.0 GHz which is the lowest mode in the cavity. Circular wave-guide. Rectangular wave-guide. TE 11 mode Fc= 7.63 GHz @ b= 11.5 mm.

169 views • 16 slides