Michael Francis Tompsett

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Michael Francis Tompsett is a British-born physicist, engineer, and inventor, and the founder director of the US software company TheraManager. He is a former researcher at the English Electric Valve Company,[1] who later moved to Bell Labs in the United States. Tompsett designed and built the first ever video camera with a solid-state (CCD) sensor.[2][3] Tompsett received the prestigious Queen Elizabeth Prize for Engineering in 2017, with Eric Fossum, George Smith and Nobukazu Teranishi.[4][5] Dr. Tompsett has also received two other lifetime awards; the New Jersey Inventors Hall of Fame 2010 Pioneer Award,[6] and the 2012 IEEE Edison Medal.[7] The thermal-imaging camera tube developed from his invention also earned a Queen's Award in 1987.

Dr. Tompsett is known particularly for his work on infrared imagers and CCD imagers. He pioneered compact, low power, high performance and low cost solid-state infrared imagers, CCD imagers and digital cameras and made contributions in several fields with patents and publications over an extended period of time. He is credited with applying the principle behind the charge-coupled device to invent the CCD imager, used in devices such as digital cameras.[8]

Education and career[edit]

He studied physics at the University of Cambridge and also completed an engineering PhD there (1962–66).

Dr. Tompsett built a reflection high-energy electron diffraction (RHEED) system to study surfaces. While at English Electric Valve(EEV), he built the first ultra-high-vacuum RHEED system with in-situ deposition to study the structures of thin-films of lead oxide as they were deposited. This understanding was needed to make Plumbicon television camera-tubes. He consulted with VacGen (now VG Scienta) to make a commercial system, the first of which was sold to IBM Labs.

In 1968 while still at EEV, Tompsett invented the un-cooled Pyro-electric thermal-imaging camera tube. He also invented a solid-state version, which is now the basis for thermal imagers made today. These imagers are used with great impact by the military for night-vision, by firefighters to see through smoke, and for other search-and-rescue and civilian uses worldwide. [9]

In 1969, he moved to New Jersey, USA with his wife, and joined AT&T Bell Telephone Laboratories, where he made the first CCD, and led the development of CCDs.He exploited the device’s potential for digital imaging and, together with his team, developed a series of CCD cameras and produced the first pixel CCD colour image in 1972. It was a picture of his wife and made the cover of Electronics Magazine.[10]

In 1979, he pioneered the development of the first, integrated-circuit, data modem using Metal Oxide Semiconductor (MOS) silicon switched-capacitor filters and a patented Automatic Gain Control circuit. This was the first mixed analog-digital integrated circuit/system to go into manufacture. This technology has now grown into a multi-billion dollar industry. In the 1980s Tompsett applied himself to finding a solution to a major challenge to reduce the size, power and cost of digitizing video signals from imagers and scanners. He invented an integrated, two-step recycling video analog-digital converter.[11]

After taking early retirement from Bell Labs in 1989, he joined the US Army as Director of Electron Device Research for six years. In 2010 the US Government awarded him the National Medal of Technology and Innovation,[12] its highest honor for engineers and inventors. He has also been elected a Member of the National Academy of Engineering[13].

Technical accomplishments[edit]

Tompsett made technological contributions in several different specialty areas including materials science, night vision, charge-coupled devices and integrated circuit design over a lifetime of work. He is responsible for significant invention, development and leadership of several socially beneficial enabling technologies in use today. These include the in-situ monitoring of deposited epitaxial films, un-cooled night-vision thermal imaging camera tubes, un-cooled solid-state thermal imagers, CCD imagers and CCD cameras, MOS mixed analog-digital integrated systems, and integrated video analog-digital converters.

Awards and honors[edit]

Bibliography[edit]

  • "Charge transfer imaging devices", U.S. Patent 4,085,456, priority date March 16, 1971; filing date August 30, 1972; publication date April 18, 1978 (retrieved December 23, 2009).

References[edit]

  1. ^ Chronicle Herald retrieved 23rd Dec 2009
  2. ^ canadianpress retrieved 23rd Dec 2009
  3. ^ "All-solid-state color TV camera, the first, is built experimentally" Electronic Design vol. 20 (1972)[dead link]
  4. ^ "2017 QEPrize Winners – Queen Elizabeth Prize for Engineering". Queen Elizabeth Prize for Engineering. Retrieved 2017-02-09. 
  5. ^ Ghosh, Pallab (2017-02-01). "£1m Queen Elizabeth Prize: Digital camera tech lauded". BBC News. Retrieved 2017-02-09. 
  6. ^ "2010 Award Winners | njinvent". www.njinvent.org. Retrieved 2017-03-10. 
  7. ^ "IEEE Edison Medal Recipients". www.ieee.org. Retrieved 2017-03-10. 
  8. ^ spectrum retrieved 23rd Dec 2009
  9. ^ "Michael Tompsett - 2017 QEPrize winner - Create the Future". Create the Future. 2017-02-07. Retrieved 2017-03-10. 
  10. ^ Olson, Parmy. "Meet The Inventors Who Turned Billions Of Phones Into Cameras". Forbes. Retrieved 2017-02-09. 
  11. ^ "Alumni feature – Dr Michael Tompsett designed and built the first digital camera | Department of Engineering". www.eng.cam.ac.uk. Retrieved 2017-02-09. 
  12. ^ Officer, Office of the Chief Communications. "2010 Laureates- National Medal of Technology and Innovation". www.uspto.gov. Retrieved 2017-03-10. 
  13. ^ "Dr Michael Tompsett – Queen Elizabeth Prize for Engineering". Queen Elizabeth Prize for Engineering. Retrieved 2017-02-09.