IEEE
You are not logged in, please sign in to edit > Log in / create account  

C. Chapin Cutler

From GHN

(Difference between revisions)
Jump to: navigation, search
Line 1: Line 1:
[[Image:Cutler.jpg|thumb|left]]  
+
<p>[[Image:Cutler.jpg|thumb|left]] </p>
  
Born: 16 December 1914<br>Died: 1 December 2002  
+
<p>Born: 16 December 1914<br>Died: 1 December 2002 </p>
  
See also: [[C. Chapin Cutler Oral History|C. Chapin Cutler Oral History]]  
+
<p>See also: [[Oral-History:C. Chapin Cutler|C. Chapin Cutler Oral History]] </p>
  
 
== Early Life and Education  ==
 
== Early Life and Education  ==
  
C. Chapin Cutler was born in 1914 in Springfield, Massachusetts. He was raised in a small town environment and was educated in the public school system. He developed an interest in engineering as a teen, when he built a “junk box” radio. After he graduated from high school, his parents were determined that he should attend college, though he would be the first in his family to do so. On the suggestion of a friend, he applied to Worcester Polytechnic Institute in Worcester, Massachusetts. At WPI he continued to pursue his interest in radio, both in and out of the classroom and, like many of his Depression-era classmates, supported himself with odd jobs. He received a BS degree in 1937 and then took graduate courses at Stevens Institute of Technology, Hoboken, NJ.  
+
<p>C. Chapin Cutler was born in 1914 in Springfield, Massachusetts. He was raised in a small town environment and was educated in the public school system. He developed an interest in engineering as a teen, when he built a “junk box” radio. After he graduated from high school, his parents were determined that he should attend college, though he would be the first in his family to do so. On the suggestion of a friend, he applied to Worcester Polytechnic Institute in Worcester, Massachusetts. At WPI he continued to pursue his interest in radio, both in and out of the classroom and, like many of his Depression-era classmates, supported himself with odd jobs. He received a BS degree in 1937 and then took graduate courses at Stevens Institute of Technology, Hoboken, NJ. </p>
  
 
== Work at Bell Labs  ==
 
== Work at Bell Labs  ==
  
Except for two short academic sabbaticals, Cutler was engaged in research at [[Bell Labs|Bell Laboratories]], Inc., Deal, Murray Hill, and Holmdel, NJ, from 1937 until 1979. His research included contributions to short wave radio technology for overseas communication, microwave radar antennas, microwave amplifiers, satellite communication, and digital signal coding. He was been granted over seventy patents, including fundamental patents on Differential PCM. In some circles he is known as inventor of the "Cutler feed," a device for parabolic antennas that was widely used in both World Wars. He has been less well known as the inventor of the corrugated wave guide, corrugated antenna feed systems, and a variety of multimode antenna feeds, because his work on these was not declassified by the U.S. government for many years. He received early inspiration and guidance in his early work from association with John C. Schelleng, who had earlier contributed so much to the understanding of short wave radio propagation.  
+
<p>Except for two short academic sabbaticals, Cutler was engaged in research at [[Bell Labs|Bell Laboratories]], Inc., Deal, Murray Hill, and Holmdel, NJ, from 1937 until 1979. His research included contributions to short wave radio technology for overseas communication, microwave radar antennas, microwave amplifiers, satellite communication, and digital signal coding. He was been granted over seventy patents, including fundamental patents on Differential PCM. In some circles he is known as inventor of the "Cutler feed," a device for parabolic antennas that was widely used in both World Wars. He has been less well known as the inventor of the corrugated wave guide, corrugated antenna feed systems, and a variety of multimode antenna feeds, because his work on these was not declassified by the U.S. government for many years. He received early inspiration and guidance in his early work from association with John C. Schelleng, who had earlier contributed so much to the understanding of short wave radio propagation. </p>
  
After the war, Cutler worked on microwave amplifiers, first on circuits using close-spaced triodes, and then on [[Traveling Wave Tube|Traveling Wave Tubes]]. A very important factor in his success was his close association with [[Rudolf Kompfner|Rudolph Kompfner]], who invented the Traveling Wave Tube, and [[John Pierce|John R. Pierce]], who contributed strongly to the theory of its operation and who invented the Pierce Electron Gun.  
+
<p>After the war, Cutler worked on microwave amplifiers, first on circuits using close-spaced triodes, and then on [[Traveling Wave Tube|Traveling Wave Tubes]]. A very important factor in his success was his close association with [[Rudolf Kompfner|Rudolph Kompfner]], who invented the Traveling Wave Tube, and [[John Pierce|John R. Pierce]], who contributed strongly to the theory of its operation and who invented the Pierce Electron Gun. </p>
  
With the advent of [[Sputnik|Sputnik]] (1957) Cutler's interests turned to the possibilities of satellite radio relay systems. He shared in the management, design, and operation of Project Echo, the passive satellite experiment (1969), and of the Telstar active satellite (1962).  
+
<p>With the advent of [[Sputnik|Sputnik]] (1957) Cutler's interests turned to the possibilities of satellite radio relay systems. He shared in the management, design, and operation of Project Echo, the passive satellite experiment (1969), and of the Telstar active satellite (1962). </p>
  
In 1952 Cutler became Head of the Electronics Research Department at Bell Laboratories, responsible for work on microwave electron tubes. He was appointed Assistant Director of the Electronics and Radio Research Laboratory in 1959, and then Director, Electronic Systems Research in 1963, and Director, Electronic and Computer Systems Research in 1973. In 1979 he retired from Bell Laboratories to work on acoustic imaging as a professor of Applied Physics at Stanford University, where his friend [[Calvin F. Quate|Calvin Quate]] also taught.  
+
<p>In 1952 Cutler became Head of the Electronics Research Department at Bell Laboratories, responsible for work on microwave electron tubes. He was appointed Assistant Director of the Electronics and Radio Research Laboratory in 1959, and then Director, Electronic Systems Research in 1963, and Director, Electronic and Computer Systems Research in 1973. In 1979 he retired from Bell Laboratories to work on acoustic imaging as a professor of Applied Physics at Stanford University, where his friend [[Calvin F. Quate|Calvin Quate]] also taught. </p>
  
 
== Awards and Affiliations  ==
 
== Awards and Affiliations  ==
  
Cutler was awarded an Honorary Doctor of Engineering degree from Worcester Polytechnic Institute in 1975. He was a fellow of the IEEE, and a member of Sigma XI, the National Academy of Engineers, and the National Academy of Sciences. The IEEE awarded him the [[IEEE Edison Medal|IEEE Edison Medal]] in 1981, "For his creative contributions to microwave electronics, space communications, and technology of communication systems."  
+
<p>Cutler was awarded an Honorary Doctor of Engineering degree from Worcester Polytechnic Institute in 1975. He was a fellow of the IEEE, and a member of Sigma XI, the National Academy of Engineers, and the National Academy of Sciences. The IEEE awarded him the [[IEEE Edison Medal|IEEE Edison Medal]] in 1981, "For his creative contributions to microwave electronics, space communications, and technology of communication systems." </p>
  
 
== Personal Life  ==
 
== Personal Life  ==
  
Dr. Cutler very much enjoyed outdoor activity, especially hiking. He also dedicated time to his family, which included his wife of over 60 years, the former Virginia Tyler, and his son and daughter. Dr. Cutler passed away on 1 December 2002, in North Reading, Maine.  
+
<p>Dr. Cutler very much enjoyed outdoor activity, especially hiking. He also dedicated time to his family, which included his wife of over 60 years, the former Virginia Tyler, and his son and daughter. Dr. Cutler passed away on 1 December 2002, in North Reading, Maine. </p>
  
 
== Further Research  ==
 
== Further Research  ==
  
Ping King Tien, “[http://books.nap.edu/openbook.php?record_id=11172&page=62 C. Chapin Cutler],” Biographical Memoirs, Vol. 85. (Washington D.C.: National Academies Press, 2004)  
+
<p>Ping King Tien, “[http://books.nap.edu/openbook.php?record_id=11172&page=62 C. Chapin Cutler],” Biographical Memoirs, Vol. 85. (Washington D.C.: National Academies Press, 2004) </p>
  
[[Category:People_and_organizations]] [[Category:Fields,_waves_&_electromagnetics|Category:Fields,_waves_&amp;_electromagnetics]] [[Category:Microwave_technology]] [[Category:Microwave_amplifiers]] [[Category:Antennas]] [[Category:Microwave_antennas]] [[Category:Transportation]] [[Category:Aerospace_and_electronic_systems]] [[Category:Satellites]] [[Category:News]]
+
<p>[[Category:People_and_organizations]] [[Category:Fields,_waves_&_electromagnetics|Category:Fields,_waves_&amp;_electromagnetics]] [[Category:Microwave_technology]] [[Category:Microwave_amplifiers]] [[Category:Antennas]] [[Category:Microwave_antennas]] [[Category:Transportation]] [[Category:Aerospace_and_electronic_systems]] [[Category:Satellites]] [[Category:News]]</p>

Revision as of 21:55, 15 September 2010

Born: 16 December 1914
Died: 1 December 2002

See also: C. Chapin Cutler Oral History

Contents

Early Life and Education

C. Chapin Cutler was born in 1914 in Springfield, Massachusetts. He was raised in a small town environment and was educated in the public school system. He developed an interest in engineering as a teen, when he built a “junk box” radio. After he graduated from high school, his parents were determined that he should attend college, though he would be the first in his family to do so. On the suggestion of a friend, he applied to Worcester Polytechnic Institute in Worcester, Massachusetts. At WPI he continued to pursue his interest in radio, both in and out of the classroom and, like many of his Depression-era classmates, supported himself with odd jobs. He received a BS degree in 1937 and then took graduate courses at Stevens Institute of Technology, Hoboken, NJ.

Work at Bell Labs

Except for two short academic sabbaticals, Cutler was engaged in research at Bell Laboratories, Inc., Deal, Murray Hill, and Holmdel, NJ, from 1937 until 1979. His research included contributions to short wave radio technology for overseas communication, microwave radar antennas, microwave amplifiers, satellite communication, and digital signal coding. He was been granted over seventy patents, including fundamental patents on Differential PCM. In some circles he is known as inventor of the "Cutler feed," a device for parabolic antennas that was widely used in both World Wars. He has been less well known as the inventor of the corrugated wave guide, corrugated antenna feed systems, and a variety of multimode antenna feeds, because his work on these was not declassified by the U.S. government for many years. He received early inspiration and guidance in his early work from association with John C. Schelleng, who had earlier contributed so much to the understanding of short wave radio propagation.

After the war, Cutler worked on microwave amplifiers, first on circuits using close-spaced triodes, and then on Traveling Wave Tubes. A very important factor in his success was his close association with Rudolph Kompfner, who invented the Traveling Wave Tube, and John R. Pierce, who contributed strongly to the theory of its operation and who invented the Pierce Electron Gun.

With the advent of Sputnik (1957) Cutler's interests turned to the possibilities of satellite radio relay systems. He shared in the management, design, and operation of Project Echo, the passive satellite experiment (1969), and of the Telstar active satellite (1962).

In 1952 Cutler became Head of the Electronics Research Department at Bell Laboratories, responsible for work on microwave electron tubes. He was appointed Assistant Director of the Electronics and Radio Research Laboratory in 1959, and then Director, Electronic Systems Research in 1963, and Director, Electronic and Computer Systems Research in 1973. In 1979 he retired from Bell Laboratories to work on acoustic imaging as a professor of Applied Physics at Stanford University, where his friend Calvin Quate also taught.

Awards and Affiliations

Cutler was awarded an Honorary Doctor of Engineering degree from Worcester Polytechnic Institute in 1975. He was a fellow of the IEEE, and a member of Sigma XI, the National Academy of Engineers, and the National Academy of Sciences. The IEEE awarded him the IEEE Edison Medal in 1981, "For his creative contributions to microwave electronics, space communications, and technology of communication systems."

Personal Life

Dr. Cutler very much enjoyed outdoor activity, especially hiking. He also dedicated time to his family, which included his wife of over 60 years, the former Virginia Tyler, and his son and daughter. Dr. Cutler passed away on 1 December 2002, in North Reading, Maine.

Further Research

Ping King Tien, “C. Chapin Cutler,” Biographical Memoirs, Vol. 85. (Washington D.C.: National Academies Press, 2004)