As the scale, energy, and complexity of projects continue to expand, new challenges arise for control systems specialists working on large-scale experimental physics facilities worldwide, such as particle accelerators, particle detectors, and telescopes.
The next-generation applied physics presents significant challenges for designers. Some specific requirements include:
SIDeA provides extensive experience collaborating with international research institutions, leading to the development of tailored solutions including:
These specialized solutions address the intricate demands of cutting-edge accelerator technology, ensuring optimal performance and seamless integration within the evolving landscape of advanced physics research and industrial applications.
SIDeA provides extensive experience in designing and developing control systems for accelerators, with documented expertise in national and international research centers.
Control Systems
Control systems are a combination of hardware and software components designed to manage and oversee the operation of a particle accelerator. These are specialized systems that demand specific expertise and are essential for the success of experiments conducted in the realm of particle physics.
Among the functions of control systems for particle accelerators are:
Timing and Synchronization Systems
Different sectors, including those related to major physics experiments, energy, military, and finance, now demand the ability to synchronize and precisely coordinate actions over vast distances, pushing boundaries to their limits, even across thousands of kilometers.
SIDeA provides a comprehensive range of services in the field of timing and synchronization. Our offerings ensure clients have access to updated insights on available commercial products, the capability to develop tailored solutions, and expert management of resulting systems at every project phase—from design and installation to activation and personnel training.
Timing and Synchronization Systems
Different sectors, including those related to major physics experiments, energy, military, and finance, now demand the ability to synchronize and precisely coordinate actions over vast distances, pushing boundaries to their limits, even across thousands of kilometers.
SIDeA provides a comprehensive range of services in the field of timing and synchronization. Our offerings ensure clients have access to updated insights on available commercial products, the capability to develop tailored solutions, and expert management of resulting systems at every project phase—from design and installation to activation and personnel training.
Radiological and Laser Safety Systems
Ensuring the safety of individuals and the environment during the use of ionizing radiation and laser sources is a critical concern in both industrial and experimental or healthcare contexts.
SIDeA designs and develops radiological and laser safety systems capable of monitoring and controlling the entire life cycle of ionizing radiation sources, from production to disposal, as well as laser power levels.
Radiological and laser safety systems demand proper risk assessment and the implementation of standard operating procedures, in addition to the necessary training for the secure operation of equipment.
Among the components of radiological and laser safety systems provided by SIDeA, tailored to the specific needs and regulatory standards of each client:
RF Systems
RF Systems (Radio Frequency) provide the necessary energy to accelerate charged particles by applying it to the cavity resonator of the particle accelerator.
An RF system includes:
Thanks to the expertise of engineers and physicists within the dedicated accelerator team, SIDeA designs and develops efficient and reliable RF systems, crucial for achieving high performance and precision in particle accelerators with significant applications in scientific research and medicine.
RF Systems
RF Systems (Radio Frequency) provide the necessary energy to accelerate charged particles by applying it to the cavity resonator of the particle accelerator.
An RF system includes:
Thanks to the expertise of engineers and physicists within the dedicated accelerator team, SIDeA designs and develops efficient and reliable RF systems, crucial for achieving high performance and precision in particle accelerators with significant applications in scientific research and medicine.
