Risultati di ricerca
Shintaro Uda ( 宇田 新太郎?, Uda Shintarō; Funami, 1º giugno 1896 – Tokyo, 18 agosto 1976 [1]) è stato un ingegnere elettrotecnico giapponese, ideatore insieme a Hidetsugu Yagi dell' antenna Yagi (nota anche come antenna Yagi-Uda) nel 1926 [2] . Indice. 1 Biografia. 2 Onorificenze. 3 Curiosità. 4 Note. 5 Voci correlate. 6 Altri progetti.
Shintaro Uda (宇田 新太郎, Uda Shintarō, June 1, 1896 – August 18, 1976) was a Japanese inventor, and assistant to Professor Hidetsugu Yagi at Tohoku Imperial University, where together they invented the Yagi–Uda antenna in 1926. In February 1926, Yagi and Uda published their first report on the wave projector antenna in a ...
Biography. Shintaro Uda assisted Hidetsugu Yagi with the invention of a wireless antenna that would prove to be valuable as a radar antenna and a television receiver. Yagi was an engineering professor at Tohoku Imperial University who had trained with European and American scientists.
25 nov 2014 · The two inventors were, Hidetsugu Yagi (1886-1976) and Shintaro Uda (1896-1976) both professors at the Tohoku University Japan. What not everyone knows is that the original concept of this antenna has to be attributed to Shintaro Uda (Yagi’s assistant professor) that in 1926, first described this antenna at Tohuku University in Japan, in the IEEJ (Japan).
19 ago 2022 · Despite the name becoming synonymous with Yagi, it is widely acknowledged (by the scientific community and Yagi himself) that Uda—an assistant to Yagi and radio engineer—played the lead role in the antenna’s design. August 18, 2022, marks the 46 th anniversary of Uda’s death at the age of 80.
In 1928 at the Tohoku Imperial University at Sendai, Japan, Yagi and his student Shintaro Uda developed a novel antenna array consisting of one active element and twenty parasitic elements forming what was described as a wave canal.
1 dic 2022 · In these laboratories, beginning in 1924, Professor Hidetsugu Yagi and his assistant, Shintaro Uda, designed and constructed a sensitive and highly-directional antenna using closely-coupled parasitic elements. The antenna, which is effective in the higher-frequency ranges, has been important for radar, television, and amateur radio.
