Topic : Development of Low Level Radio Frequency system
Scope
The RF systems of the Siam photon source is controlled by the Low-Level Radio Frequency (LLRF) control system. The present LLRF is based on the FPGA. This is a turnkey product from company. To be able of programing and diagnose the whole RF system, the project of self-developed LLRF based on FPGA is established. This will design the system based on the present and future FPGA platform. Aiming is to build the LLRF from the FPGA products in the market, programing using our owned developed algorithm. This included data acquisition both ADC and DAC of the RF signals, the digital RF signal processing. Testing of the developed system can be done with the RF system testing station at SLRI.
Tools to be used: the FPGA programing in which come together with the FPGA module. FPGA boards and modules will be procured for the project.
Skill to be built: Candidate will gain skill and knowledge of the FPGA programing/coding, FPGA structures and circuit design. Controlled algorithm and application to real systems will be acquired during the process of building the system.
Supervisor
Dr. Somjai Chunjarean
and SLRI researchers
Topic for Ph.D. Thesis by SLRI
1.Development of synchrotron-based advanced measurement techniques
2.Development of AI for atomic and molecular structural analyses with X-Ray Diffraction and X-ray Scattering
3.Development of X-ray lenses for nano-beam
4.Studies of collective bunch instabilities in electron storage rings
5.Studies of longitudinal dynamics of Landau cavity in electron storage ring
6.Studies of low-emittance beam injection efficiency of 4th generation synchrotron light source
7.Development of advanced photon detectors
8.Development of pulse magnets for high energy electron synchrotron
9.Development of ultra-high stability power supply
10.Advanced control system with unified classical, modern, and AI-based approaches
11.Development of Radio Frequency amplifier system
12.Development of Low Level Radio Frequency system
13.Autonomous control for Radio Frequency control system
14.Design and fabrication of Radio Frequency harmonic cavity for electron storage ring
15.Development of RF-shield bellow for low impedance electron storage ring
16.Development of high field gradient accelerating structure for industrial applications
17.Development of sub-micron resolution Synchrotron X-ray Tomography system
18.Development of Synchrotron X-ray Fluorescence system for quantitative measurements of trace elements in solid and liquid
19.Development of high field in-vacuum permanent magnet wiggler for high intensity hard x-ray generation