Visionary STEM Leader

Otis Frank Boykin

August 29, 1920 – March 26, 1982

Otis Frank Boykin, known for inventing the wire precision resistor, was born on August 29, 1920 in Dallas, Texas. Boykin’s mother, Sarah Boykin, worked as a maid before dying in 1921 before Boykin’s first birthday. Boykin’s father, Walter Boykin, worked as a carpenter and later became a minister.  In 1934, Boykin entered Booker T. Washington High School in Dallas, TX. Following high school, Boykin began college at Fisk University in Nashville, Tennessee, simultaneously working at an aerospace laboratory in Nashville as a laboratory assistant testing automatic controls for aircraft.

After graduating from Fisk, Boykin began working as a lab assistant for Majestic Radio and TV Corporation, in Chicago, Illinois, eventually rising to the rank of supervisor. In 1944, he began working for the P.J. Nilsen Research Laboratory. In 1946, Boykin began graduate studies at Illinois Institute of Technology but dropped out within a year because his family could no longer financially assist him with his tuition.  Following working at P.J. Nilsen Research Lab, he briefly ran his own company, Boykin-Fruth, Inc., and began working on various inventions.

Boykin received his first patent in 1959 for a wire precision resistor that enabled manufacturers to accurately designate a value of resistance for an individual piece of wire in electronic equipment. Two years later, in 1961, he received a patent for an improved version of this concept, an inexpensive and easily producible electrical resistor model with the ability to “withstand extreme accelerations and shocked and great temperature changes without change or breakage of the fine resistance wire or other detrimental effects.”  Boykin’s invention significantly reduced the cost of production of hundreds of electronic devices while making them much more reliable than previously possible. The transistor radio was one of the many devices affected by his work.  Other applications of Boykin’s invention included guided missiles, televisions, and IBM computers. Additionally, his device would enable the development of the control unit for the artificial heart pacemaker, a device created to produce electrical shocks to the heart to maintain a healthy heart rate.

Boykin created the electrical capacitator in 1965 and an electrical resistance capacitor in 1967 as well as several consumer products ranging from a burglar-proof cash register to a chemical air filter. In all, Boykin patented 26 electronic devices over the course of his career.

Education

  • Booker T. Washington High School, Dallas, 1938
  • Fisk University, 1941