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The first static induction thyristor was invented by Japanese engineer Jun-ichi Nishizawa in 1975. [5] It was capable of conducting large currents with a low forward bias and had a small turn-off time. It had a self controlled gate turn-off thyristor that was commercially available through Tokyo Electric Co. (now Toyo Engineering Corporation ...
MOS composite static induction thyristor (CSMT or MCS) is a combination of a MOS transistor connected in cascode relation to the SI-thyristor. [ 1 ] The SI thyristor (SITh) unit has a gate to which a source of MOS transistor is connected through a voltage regulation element.
A thyristor (/ θ aɪ ˈ r ɪ s t ər /, from a combination of Greek language θύρα, meaning "door" or "valve", and transistor [1]) is a solid-state semiconductor device which can be thought of as being a highly robust and switchable diode, allowing the passage of current in one direction but not the other, often under control of a gate electrode, that is used in high power applications ...
The static induction transistor (SIT) is a type of field-effect transistor (FET) capable of high-speed and high-power operation, with low distortion and low noise. [1] It is a vertical structure device with short multichannel. The device was originally known as a VFET, with V being short for vertical. [2]
Pertains to electrical switches that have no moving parts and rely on semiconductors to control current flow. ... Static induction thyristor; Static induction transistor;
Power electronics is the technology associated with the efficient conversion, control and conditioning of electric power by static means from its available input form into the desired electrical output form.
He is known for his electronic inventions since the 1950s, including the PIN diode, static induction transistor, static induction thyristor, SIT/SITh. His inventions contributed to the development of internet technology and the Information Age. [2] He was a professor at Sophia University. He is considered the "Father of Japanese Microelectronics".
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