TE_01 High Power Disk Loaded Guide Load | |
Farkas, Z.D. | |
Stanford Linear Accelerator Center | |
关键词: Compression; Attenuation; Geometry; 36 Materials Science; Electric Fields; | |
DOI : 10.2172/890467 RP-ID : SLAC-TN-04-075 RP-ID : AC02-76SF00515 RP-ID : 890467 |
|
美国|英语 | |
来源: UNT Digital Library | |
【 摘 要 】
A method to design a matching section from a smooth guide to a disk-loaded guide, using a variation of broadband matching, [1, 2] is described. Using this method, we show how to design high power loads, attenuators and filters. The load consists of a disk-loaded coaxial guide operating in the TE{sub 01}-mode. We use this mode because it has no electric field terminating on a conductor, has no axial currents, and has no current at the cylinder-disk interface. A high power load design that has -35 dB reflection and a 200 MHz, -20 dB bandwidth, is presented. It is expected that it will carry the 600 MW output peak power of the pulse compression network. We use coaxial geometry and stainless steel material to increase the attenuation per cell.
【 预 览 】
Files | Size | Format | View |
---|---|---|---|
890467.pdf | 864KB | download |