This paper presents the design and experimental validation of a multivariable robust control
strategy applied to the Brazilian Synchrotron Light Laboratory booster current source. The …

Purpose The digital controller for the accelerator magnet power supply typically employs a
field-programmable gate array (FPGA) as the signal processing chip for executing digital …

This paper presents the design and implementation of a parallel resonant DC-DC power
converter for superconducting magnets that will serve as an Insertion Device within SIRIUS …

This paper presents the analysis and design of an optimal digital state-space control
technique applied to a Sirius (the new Brazilian synchrotron light source) current source …

The paper proposes some design strategies of static anti-windup control schemes for
systems describing cross-directional processes. These are processes in which the variations …

This paper designs a high-performance digital power to improve the existing digital power's
precision and speed of dynamic response. The design is a multi-channel output system …

This paper presents the model and control of a modular current source for feeding the
magnetic quadrupole of Sirius, the new synchrotron light laboratory being built in Campinas …

This paper presents a first prototype of a high power high stable current source with digital
control that will be used in the new Brazilian Synchrotron Source. The output rate is …

Some magnet power supplies for particle accelerators are required to ramp up their output
current from close to zero and up to their maximum operation values, with precision tracking …

Este trabalho apresenta a modelagem de fontes modulares de corrente, associadas em
série/paralelo, utilizadas no Sirius. O modelo proposto é baseado na teoria de sistemas …