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The 3D Smith Chart: From Theory to Experimental Reality
IEEE Microwave Magazine ( IF 3.6 ) Pub Date : 2020-11-01 , DOI: 10.1109/mmm.2020.3014984
Andrei A. Muller , Victor Asavei , Alin Moldoveanu , Esther Sanabria-Codesal , Riyaz A. Khadar , Cornel Popescu , Dan Dascalu , Adrian. M. Ionescu

The Smith chart was primarily developed, extended, and refined by Phillip Hagar Smith [1] in a series of works published [2]-[4] between 1939 and 1969. Smith was born in Lexington, Massachusetts, in 1905. He majored in electrical communications at Tufts University and joined the Radio Research Department of Bell Telephone Laboratories (now Bell Labs) in 1928. While there, in around 1930, Smith started work on the diagram that was to become the Smith chart. He submitted the initial version to Electronics Magazine in 1937; the magazine finally published his diagram in 1939 [2]. The MIT Radiation Laboratory started using the chart. In 1940, and in 1944 Smith published a second article that incorporated further improvements, including the use of the chart with either impedance or admittance coordinates. In 1952, Smith was elevated to IEEE Fellow for his contributions to the development of antennas and the graphical analysis of transmission-line characteristics. The first issue of Microwave Journal (1958) published a biography of Smith to acknowledge the importance of his contributions. In 1969, he wrote the book Electronic Applications of the Smith Chart in Waveguide, Circuit and Component Analysis; he retired from Bell Labs in 1970. In 1975, he received the IEEE Microwave Theory and Techniques Society?s Special Recognition in Microwave Applications award for the Smith chart, and in 1994 he was elected to the New Jersey Inventors Hall of Fame.

中文翻译:

3D 史密斯圆图:从理论到实验现实

史密斯圆图最初是由菲利普·哈加尔·史密斯 [1] 在 1939 年至 1969 年间出版的 [2]-[4] 系列作品中开发、扩展和完善的。史密斯于 1905 年出生于马萨诸塞州列克星敦。他主修1928 年在塔夫茨大学获得电气通信,并于 1928 年加入贝尔电话实验室(现贝尔实验室)无线电研究部。在那里,大约在 1930 年,史密斯开始研究将成为史密斯圆图的图表。他于 1937 年向电子杂志提交了最初的版本;该杂志终于在 1939 年发表了他的图表 [2]。麻省理工学院辐射实验室开始使用该图表。1940 年和 1944 年,史密斯发表了第二篇文章,其中包含了进一步的改进,包括使用带有阻抗或导纳坐标的图表。1952 年,史密斯因其对天线开发和传输线特性图形分析的贡献而被提升为 IEEE 院士。第一期《微波杂志》(1958 年)出版了史密斯的传记,以承认他的贡献的重要性。1969 年,他撰写了《史密斯圆图在波导、电路和元件分析中的电子应用》一书;他于 1970 年从贝尔实验室退休。1975 年,他因史密斯圆图获得了 IEEE 微波理论与技术协会的微波应用特别表彰奖,并于 1994 年入选新泽西发明家名人堂。第一期《微波杂志》(1958 年)出版了史密斯的传记,以承认他的贡献的重要性。1969 年,他撰写了《史密斯圆图在波导、电路和元件分析中的电子应用》一书;他于 1970 年从贝尔实验室退休。1975 年,他因史密斯圆图获得了 IEEE 微波理论与技术协会的微波应用特别表彰奖,并于 1994 年入选新泽西发明家名人堂。第一期《微波杂志》(1958 年)出版了史密斯的传记,以承认他的贡献的重要性。1969 年,他撰写了《史密斯圆图在波导、电路和元件分析中的电子应用》一书;他于 1970 年从贝尔实验室退休。1975 年,他因史密斯圆图获得了 IEEE 微波理论与技术协会的微波应用特别表彰奖,并于 1994 年入选新泽西发明家名人堂。
更新日期:2020-11-01
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