Phase-controlled thyristor rectifiers are still the preferred choice in high-power AC/DC
converters. This paper shows that their steady-state and dynamic performance can be …

Thyristor rectifiers are still the preferred choice for large magnet power supplies. However,
large harmonic voltages, resulting in large current ripple, and slow dynamic response are …

In this paper, a control technique for a hybrid large-power high-precision magnet power
supply is presented. The system consists of a phase controlled rectifier and a high-frequency …

Voltage feedback loops for AC/DC switch-mode magnet power supplies are designed and
analyzed. In order to achieve low-ripple fast-response voltage loop performance, proper …

This paper presents a new shunt-type, current-source, hysteresis-controlled active filter for
high-precision magnet power supplies. The shunt type filter has many advantages over the …

The authors discuss a power supply configuration based on a switching converter, with
reasonably fast dynamic response and low ripple content, so that the linear power supplies …

In most of high power DC applications, phase-controlled rectifiers are still the preferred
power converter because of their simplicity and reduced cost. However, the output voltage of …

A high-frequency zero-voltage switching DC/DC converter is proposed to meet the
requirements of DC magnet power supplies. The advantages of the proposed power supply …

In the present paper, a utility friendly regenerative magnet load power supply has been
proposed which can tolerate supply voltage dips and long duration sags or undervoltages …

Accelerators require extremely precise high-current magnet power supplies to drive its
magneto-optic devices for proper beam dynamics. The dc precision of the power supply …