Sydor Technologies is proud to announce its selection to deliver six high-performance swap-out kicker pulse generators for the Advanced Light Source Upgrade (ALS-U) at Lawrence Berkeley National Laboratory (LBNL). This project marks another exciting opportunity to build upon our established relationship with LBNL while demonstrating our expertise in advanced pulsed-power technology.
The Advanced Light Source Upgrade is a major initiative designed to enhance the performance and capabilities of one of the nation’s leading scientific research facilities. As part of this effort, Sydor Technologies will provide specialized high-voltage pulse generators engineered to meet the demanding precision, timing, and reliability requirements of modern accelerator systems.
Sydor’s ±6 kV Kicker Pulse Generators are designed to deliver two bipolar, precisely synchronized outputs to a stripline magnet. These high-voltage pulses generate carefully timed electromagnetic fields that enable the controlled deflection of electron bunch trains into and out of the synchrotron storage ring. This process requires exceptional timing accuracy, consistent performance, and reliable operation.
To meet these technical demands, Sydor’s kicker pulsers incorporate several advanced design features, including component redundancy and built-in health monitoring capabilities. These features are engineered to maintain specified operation in the event of certain component failures, allowing for more predictable maintenance schedules and minimizing the potential for unplanned downtime.
Reliability is especially important in scientific research environments where equipment must operate consistently over extended periods. By combining precision pulse generation with intelligent monitoring and fault-tolerant design, Sydor’s systems help support the continuous operation and long-term performance of critical scientific infrastructure.
This selection highlights Sydor Technologies’ continued commitment to developing innovative, high-performance pulsed-power solutions for demanding scientific and industrial applications. Our expertise in custom high-voltage pulse generation enables us to develop systems tailored to specialized technical requirements, with an emphasis on precision, repeatability, and operational dependability.