Burr-Brown Corporation

The Burr-Brown Corporation was a United States technology company in Tucson, Arizona, which designed, manufactured, and marketed a broad line of proprietary, standard, high-performance, analog and mixed-signal integrated circuits (ICs) used in electronic signal processing. The company's products were used in a wide range of applications: industrial process and control, including nuclear power generation, telecommunications, test and measurement, medical and scientific instrumentation, medical imaging, digital audio and video, personal computing and multimedia.

In September 2000, Texas Instruments acquired the company for US$7.6 billion.[1]

History
Burr-Brown Corporation
LocationTucson, Arizona, U.S.A.
IndustrySemiconductor
Address6730 South Tucson Boulevard, #BC-7
Tucson, Arizona 85706
U.S.A.

The company was incorporated in Tucson, Arizona in 1956 by founders Page Burr (Princeton 1944[2]) and Thomas R. Brown, Jr. (BS MIT 1949, MBA Harvard 1952) to commercialize semiconductor transistors; in 1959, the company posted its first profit.[1] Brown eventually bought out Burr's share of the company.[1]

In 1983, the company reincorporated in Delaware, and went public with stock trading on NASDAQ under the symbol BBRC.

The company employed over 1,300 people worldwide with manufacturing and technical facilities located in Tucson, Arizona; Atsugi, Japan; and Livingston, Scotland. Company headquarters was located in Tucson.

Burr-Brown was one of the principal suppliers of precision analog and data acquisition products to the electronic industry. The company pioneered many analog semiconductor products and techniques, such as active laser-trimming.

To mark Burr-Brown's history, a monument was erected in the main courtyard in Tucson, Arizona with the following text:

From its humble beginnings in Tom Brown’s garage, Burr-Brown Corporation grew into one of the world’s leading designers and manufacturers of high-performance analog and mixed-signal integrated circuits. Robert Page Burr and Thomas R. Brown, Jr., co-founded the company in 1956 and gave their names to the new enterprise.

Mr. Burr left in 1958 to form another company, while Mr. Brown continued to lead Burr-Brown for 44 years. The company developed the first commercial solid-state operational amplifier and led the world in high-precision data conversion technology.

This monument honors Burr-Brown’s founders and their pioneering spirit; its gifted and dedicated employees; and its rich history of technological achievements. In the words of its stated Corporate Purpose, Burr-Brown truly did “provide something of value to mankind.”

On the occasion of becoming one company, this marker is hereby dedicated with deepest respect by Texas Instruments Incorporated to the people of Burr-Brown.

August 30, 2000

Burr-Brown Europe Ltd.
LocationLivingston, West Lothian, Scotland, United Kingdom
Coordinates55°52′43.5″N 3°32′02.3″W
IndustrySemiconductor
Address5 Bain Sq Kirkton Campus
Livingston, West Lothian, Scotland
EH54 7DQ, United Kingdom[3]
gollark: You shouldn't have to work around it. OSes should let you actually use them and work for you, not for some company.
gollark: Well, it does. Because you have to put effort into that nonsense in the first place and it may break later.
gollark: Yes. You can in theory work around the nonsense it does, but all you can do is work around it.
gollark: The whole thing, though, is that it's an OS *you pay for* (well, the manufacturer of the computer, the cost is passed on) isn't controlled by you and is actively doing things you don't want it to.
gollark: Yes, I should use random workarounds for the OS because it's literally working against me. Great.

References
  1. "Tom Brown: A Serendipitous Life". Eller Times of the Eller College of Management (University of Arizona). December 2002. Archived from the original on October 26, 2008. Retrieved 2008-06-07.
  2. R. Page Burr '44 Obit Archived April 7, 2014, at the Wayback Machine
  3. "Burr-Brown Europe Ltd, Livingston, West Lothian on MacRAE's Blue Book UK Industrial Directory". Archived from the original on 2018-07-23. Retrieved 2018-07-23.
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