Abstract-A miniature full-wave converter to control the current of a superconducting magnet is developed and tested in our institutes. Typical design values of the device are: AC voltage of 35 V, current of 7 A, and frequency 50-60 Hz; DC voltage o f f 0.2 V, and current of * 1 kA. An efficiency is better than 97 % and a ‘cold ’ volume is less than 1 litre. The rectifica-tion is achieved by means of thermally controlled superconducting switches. The high reliability of the device is ensured by means of a mechanical switch. The device provides an efficient way to a fine control of the magnet current. I
Recent advances in superconductors have led to their increased application in magnets and a requirem...
The objective of this project is to conduct joint research and development activities related to cer...
High field superconducting magnets are crucial in medical and research imaging applications such as ...
A miniature full-wave converter to control the current of a superconducting magnet is developed and ...
A single-phase, thermally switched superconducting power converter operating at mains frequency is b...
The operation at mains frequency of 50–60 Hz allows for a simplification of the superconducting conv...
Above a certain current level, the use of a superconducting rectifier as a cryogenic current source ...
The power of fully superconducting rectifiers can be improved by increasing either the operating fre...
A new superconducting power supply able to operate directly from the mains voltage at a frequency of...
We made some thermally controlled superconduct-ing electronics devices (S-PED). They work up to 50 A...
The switches of a superconducting rectifier can be controlled either magnetically or thermally. The ...
Abstract- A new superconducting power supply able to operate directly from the mains voltage at a fr...
I The switches of a superconducting rectifier can be controlled either magnetically or thermally. Th...
A full-wave thermally switched superconducting rectifier, able to operate directly from the mains at...
In certain cases it is necessary to extract the energy from a superconducting magnet when it quenche...
Recent advances in superconductors have led to their increased application in magnets and a requirem...
The objective of this project is to conduct joint research and development activities related to cer...
High field superconducting magnets are crucial in medical and research imaging applications such as ...
A miniature full-wave converter to control the current of a superconducting magnet is developed and ...
A single-phase, thermally switched superconducting power converter operating at mains frequency is b...
The operation at mains frequency of 50–60 Hz allows for a simplification of the superconducting conv...
Above a certain current level, the use of a superconducting rectifier as a cryogenic current source ...
The power of fully superconducting rectifiers can be improved by increasing either the operating fre...
A new superconducting power supply able to operate directly from the mains voltage at a frequency of...
We made some thermally controlled superconduct-ing electronics devices (S-PED). They work up to 50 A...
The switches of a superconducting rectifier can be controlled either magnetically or thermally. The ...
Abstract- A new superconducting power supply able to operate directly from the mains voltage at a fr...
I The switches of a superconducting rectifier can be controlled either magnetically or thermally. Th...
A full-wave thermally switched superconducting rectifier, able to operate directly from the mains at...
In certain cases it is necessary to extract the energy from a superconducting magnet when it quenche...
Recent advances in superconductors have led to their increased application in magnets and a requirem...
The objective of this project is to conduct joint research and development activities related to cer...
High field superconducting magnets are crucial in medical and research imaging applications such as ...