Yahoo Search Busca da Web

Resultado da Busca

  1. 20 de set. de 2020 · From wide band frequency modulation to the superheterodyne receiver, Edwin Howard Armstrong's inventions revolutionized radio. Join Bruce Kelley and Marion A...

    • 53 min
    • 6,5K
    • AWA Communication Technologies Museum
  2. Edwin Howard Armstrong foi um engenheiro eletricista estadunidense.

  3. 28 de nov. de 2023 · Early Years Birth at Home. Edwin Howard Armstrong was born to Emily and John Armstrong one week before Christmas day, 1890, at their home at 247 West 29th Street in the Chelsea neighborhood of Manhattan, New York City, USA.

  4. Edwin Howard Armstrong (1890–1954) Inventor. Engineering 1913. Faculty 1913–54. Armstrong invented three of the electronic circuits fundamental to modern radio, television, and radar. The first was a new "regenerative" circuit, based on the audion tube, which eventually yielded the first radio amplifier. The second was a complex eight-tube ...

  5. 18 de dez. de 2018 · Edwin Armstrong, an American electrical engineer, was born in New York City on Dec. 18, 1890. As a child, Armstrong suffered from rheumatic fever, and his family moved to the nearby suburb of Yonkers to expedite his recovery. It was there that young Edwin became fascinated with science and technology, especially the newly emergent field of ...

  6. Edwin Armstrong. Edwin Howard Armstrong ( Chelsea, Manhattan, Nueva York, 18 de diciembre de 1890 - Nueva York, 1 de febrero de 1954) fue un ingeniero e inventor estadounidense 1 que desarrolló la radiodifusión por modulación de frecuencia y el sistema receptor superheterodino. Poseía 42 patentes y recibió numerosos premios, incluida la ...

  7. Edwin Howard Armstrong. Armstrong worked intensely at his profession throughout his life, starting with the invention of the regenerative receiver while still an undergraduate student, continuing with the super-regenerative and super-heterodyne circuits and wideband FM radio, and ending with FM multiplexing a few months before his death in 1954.