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RIS citation export for TUSH203: System Identification and Control for the Sirius High-Dynamic DCM

AU - Caliari, R.M.
AU - Faassen, R.
AU - Geraldes, R.R.
AU - Moraes, M.A.L.
AU - Moreno, G.B.Z.L.
AU - Ruijl, T.A.M.
AU - Schneider, R.M.
ED - Schaa, Volker RW
TI - System Identification and Control for the Sirius High-Dynamic DCM
J2 - Proc. of ICALEPCS2017, Barcelona, Spain, 8-13 October 2017
C1 - Barcelona, Spain
T2 - International Conference on Accelerator and Large Experimental Control Systems
T3 - 16
LA - english
AB - The monochromator is known to be one of the most critical optical elements of a synchrotron beamline. It directly affects the beam quality with respect to energy and position, demanding high stability performance and fine position control. The new high-dynamics DCM (Double-Crystal Monochromator) [1] prototyped at the Brazilian Synchrotron Light Laboratory (LNLS), was designed for the future X-ray undulator and superbend beamlines of Sirius, the new Brazilian 4th generation synchrotron [2]. At this kind of machine, the demand for stability is even higher, and conflicts with factors such as high power loads, power load variation, and vibration sources. This paper describes the system identification work carried out for enabling the motion control and thermal control design of the mechatronic parts composing the DCM prototype. The tests were performed in MATLAB/Simulink Real-Time environment, using a Speedgoat Real-Time Performance Machine as a real-time target. Sub-nanometric resolution and nanometric stability at 300 Hz closed loop bandwidth in a MIMO system were targets to achieve. Frequency domain identification tools and control techniques are presented in this paper.
CP - Geneva, Switzerland
SP - 997
EP - 1002
KW - ion
KW - controls
KW - synchrotron
KW - target
KW - instrumentation
DA - 2018/01
PY - 2018
SN - 978-3-95450-193-9
DO - 10.18429/JACoW-ICALEPCS2017-TUSH203
UR - http://jacow.org/icalepcs2017/papers/tush203.pdf
ER -