Current Flow Controller Research Articles

A new cryoelectronic device family

Analog and digital cryoelectronic applications of a novel hybrid device family combining both semiconducting and superconducting elements have been demonstrated experimentally. The proposed device concept is based on the magnetic control of the filamentary current flow during avalanche breakdown in bulk semiconductors at low temperatures. Power losses are minimized by using superconducting lines for the generation of the magnetic control fields and for the interconnections. Our device configuration represents an interesting concept for the development of ultrafast electronic circuits requiring high packing density and correspondingly low power dissipation.

A magnetic field-effect transistor

The magnetic control of the filamentary current flow during avalanche breakdown in a semiconductor at low temperatures represents an interesting new principle of a magnetic field-effect transistor. The power losses in such a device are minimized by using superconducting lines for the generation of the magnetic control field and for the interconnections. For such a hybrid concept, implementing semiconducting and superconducting components, the important performance characteristics are evaluated.

Optimum Control of Reactive Current Flow in Power System

Optimum Control of Reactive Current Flow in Power System

Optimum Control of Reactive Current Flow in Power System

Optimum Control of Reactive Current Flow in Power System