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Jim Williams contributions to EDN

- May 30, 2012

Jim Williams was a staff scientist at Linear Technology Corp, where he specialized in analog-circuit and instrumentation design. He served in similar capacities at National Semiconductor, Arthur D Little, and the Instrumentation Laboratory at the Massachusetts Institute of Technology. A former student at Detroit's Wayne State University, Williams enjoyed sports cars, art, collecting antique scientific instruments, sculpture, and restoring old Tektronix oscilloscopes.

Williams' long and productive association with EDN started in 1975. (In his 2005 article entitled "Something from nothing," he relayed the pain involved in developing each article.) This archive page, though impressive, merely encompasses Williams' output since 1994; EDN content prior to that is not (yet) digitized.

At 63 years of age, Williams passed away in June 2011 after a stroke. EDN's audience honored Williams' life and work in this obituary celebrating the contributions he made to engineering, analog, and the world.

In addition to reader accolades, articles by Williams have received frequent honors in the Best Contributed Article category in EDN's annual Innovation Awards: "Minimizing switching-regulator residue in linear-regulator outputs" (2005) and "The taming of the slew" (2003) took top honors, while "Designing instrumentation circuitry with rms/dc converters" (2007) and "Simple circuitry for cellular-telephone/camera-flash illumination" (2004) enjoyed nominations.

Analog guru and former EDN editor Paul Rako offered a peek at Jim Williams' desk circa 2007.

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Jim Williams: The light side and classic electronics art sculptures

  • 04.01.2013

Jim Williams had the unique ability to integrate his different talents in science, art, inventing and engineering and to bring forth easily understandable tutorials, app notes and tech phone conversations with customers that enabled better designs to emanate from the field of electronics designers.Read More...

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Heavy-duty power supply regulates either voltage, current, or power

  • 06.16.2011

By combining switching and series-pass techniques, this high-voltage supply's designer achieved 0.01% regulation at power levels to 100W.Read More...

An introduction to acoustic thermometry

  • 04.21.2011

Use an ultrasonic transducer to measure air temperature in an olive jar.Read More...

(5)

Compensate for wiring losses with remote sensing

  • 11.18.2010

By multiplexing a small ac signal on the power wires, you can infer wiring losses.Read More...

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Measuring wideband-amplifier settling time

  • 08.12.2010

A novel circuit lets you measure output settling to 0.1% in 2 nsec.Read More...

Precisely measure settling time to 1 ppm

  • 03.04.2010

Intense, extensive, and protracted effort yields a measurement circuit with 20-bit resolution.Read More...

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Characterizing noise in high-performance voltage-reference ICs

  • 09.03.2009

Measuring the noise performance of a modern voltage reference requires special measurement techniques.Read More...

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Application engineers: serving the customer

  • 06.25.2009

Jim Williams on the changing role of application engineeringRead More...

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Diode-turn-on-time-induced failures in switching regulators

  • 01.08.2009

Never have so many had so much trouble with so few terminals.Read More...

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High-voltage, low-noise dc/dc converters

  • 08.07.2008

You can make a 1-kV dc/dc converter with only 100 ┬ÁV of noise.Read More...

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