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Thomas H. Lee (power engineer)

Electrical Engineering

Thomas H. Lee (1923-2001) was a power engineer who spent his early career at the General Electric Company, which he joined in 1943. At GE he developed vacuum high power switching devices and directed development of HVDC transmission using power electronic devices, and received 30 United States patents. He later joined the MIT electrical engineering faculty, became the Philip Sporn Professor of Energy Processing, and in 1984 was appointed director of the International Institute of Applied Systems Analysis in Vienna. He wrote Physics and Engineering of High Power Switching Devices, published by the MIT Press in 1975, and served the IEEE Power Engineering Society as its president. He was elected to the National Academy of Engineering in 1975.

Facts
Birth Year
1923 1
Death Year
2001 1
Connections

Associated With

Rectifier, Inventions
Source Thomas H. Lee (power engineer) (Wikipedia)

In Field

Source Thomas H. Lee (power engineer) (ETHW)
In the Other Atlases

Nationality

Also in Geography Atlas: the nationality of this subject.

Source Thomas H. Lee (power engineer) (Wikipedia)Lead
Quote, Lead
Thomas H. Lee (Chinese: 李天和; pinyin: Lǐ Tiānhé; May 11, 1923 – February 4, 2001) was a Chinese-American electrical engineer and writer.

Also in Geography Atlas: the nationality of this subject.

Source Thomas H. Lee (power engineer) (Wikipedia)Lead
Quote, Lead
Thomas H. Lee (Chinese: 李天和; pinyin: Lǐ Tiānhé; May 11, 1923 – February 4, 2001) was a Chinese-American electrical engineer and writer.
Sources
1. Thomas H. Lee (power engineer) (ETHW)
  • Biography, first sentence
    Professor Thomas H. Lee was born on May 11, 1923
  • Biography, last sentence
    Lee died on February 4, 2001.
  • In Field: Electrical Engineering, Biography, MIT paragraph
    joined the electrical engineering faculty the following year
View the Source
Thomas H. Lee (power engineer) (Wikipedia)
  • Associated With: Rectifier, Career
    he developed the first silicon rectifier
  • In Group: Power and Electrical Systems Engineers, Lead paragraph
    In the 1960s, he developed the first silicon rectifier which has since replaced the less reliable mercury-arc rectifier in high-voltage direct current transmission.
View the Source
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