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- #Design solenoid in cst microwave studio driver
- #Design solenoid in cst microwave studio code
- #Design solenoid in cst microwave studio simulator
Design of axial magnetic field using solenoid. The scaled beam parameters are then used for finding the design parameters of the multi beam cavities. magnetic field are validated with CST Particle studio 6 and. I am trying to make a coil (solenoid) in CST EM studio but i could not find the right object/technique (is it something to do with loft or extrude) to use to make it.
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The design approach uses some scaling laws for finding the electron beam parameters of the multi beam device from their single beam counter parts. Hi, I am pretty new to CST so i am sorry if this is really basic. The present more » paper shall discuss the design of multi beam RF cavities for klystrons operating at 2856 MHz (S-band) and 5 GHz (C-band) respectively.
#Design solenoid in cst microwave studio code
Multi-Beam klystron cavity design is a critical task due to asymmetric cavity structure and can be simulated by 3D code only. A Pillbox Cavity with Grid Windows As discussed above, lowering the density of material in the path of dark current and/or breakdown arcs may reduce breakdown probabilities. Note the bolts and RF seal region in the left-hand photo. Each beam propagates along its individual transit path through a resonant cavity structure. of the TM 010 mode (right), simulated using CST Microwave Studio. The nominal FE-simulation is carried out by the CST Microwave Studio. The distributed optimization search exploited the parallelization capabilities of the MOGT and MOGA-II.
#Design solenoid in cst microwave studio driver
There are some limitations of conventional single beam klystron such as high operating voltage, low efficiency and bulky size at higher power levels, which are very effectively handled in Multi Beam Klystron (MBK) that uses multiple low purveyance electron beams for RF interaction. Design Optimization of Driver Control and Uncertainty Study on Dynamic Performance. The optimization of the antenna was carried out by employing a parametric CST MICROWAVE STUDIO (CST MWS) model, performing a time domain analysis, and using ESTECO’s modeFRONTIER4 multi-objective optimization and process integration tool.
#Design solenoid in cst microwave studio simulator
Secondly, the results obtained with this simulator are introduced to the CST Microwave Studio, creating a 3D model and generating a simulation. The klystron is a well-known microwave amplifier which uses kinetic energy of an electron beam for amplification of the RF signal. In this project thesis, for obtain the design, a study is carried out firstly using the computer program BirdcageBuilder (developed by the Penn State Hershey collage of Medicine). As a member of CST STUDIO SUITE, CST PS is fully integrated in CST DESIGN ENVIRONMENT, taking advantage of the standard raising user interface as well as.