Industrial Productivity Manufacturing Technology

Power Switching Device

Originally published in 1993
Body

The MOS-Controlled Thyristor is a new type of power switching device for faster and more efficient control and management of power electronics. It enables power electronic switching at frequencies of 50 to 100 thousand times a second with much lower power losses than other semiconductor devices. Advantages include electric power savings and smaller space. The device is used in motor and power controllers, AC & DC motor drives and induction heating. Early development was supported by Lewis Research Center (LEW) and other agencies. General Electric's power semiconductor operation, the initial NASA contractor, was later purchased by Harris Semiconductor.

Full article: http://hdl.handle.net/hdl:2060/20020080921

Abstract
The MOS-Controlled Thyristor is a new type of power switching device for faster and more efficient control and management of power electronics. It enables power electronic switching at frequencies of 50 to 100 thousand times a second with much lower power losses than other semiconductor devices. Advantages include electric power savings and smaller space. The device is used in motor and power controllers, AC & DC motor drives and induction heating. Early development was supported by Lewis Research Center (LEW) and other agencies. General Electric's power semiconductor operation, the initial NASA contractor, was later purchased by Harris Semiconductor.
Power Switching Device

Power Switching Device

Power Switching Device

Power Switching Device