What inspired Otis Boykin to invent?
Boykin, who took a special interest in working with resistors, began researching and inventing on his own. He sought and received a patent for a wire precision resistor on June 16, 1959. This resistor would later be used in radios and televisions.
Who invented the electrical resistor?
Otis Boykin
NIHF Inductee Otis Boykin Invented Electronic Resistors.
What did the American scientist invented for the heart pacemaker?
Boykin also famously invented a control unit for the pacemaker, a device implanted in the body to help the heart beat normally. Boykin’s invention allowed the pacemaker to be more precisely regulated.
What is the history of resistor?
The Resistor. The Resistance was discovered by the year 1827 from Georg Simon Ohm, a German electrician. Ohm was born in Germany, in the city of Erlangen at 1787 and died at 1854.
Who was Otis Boykin and what did he invent?
Otis Frank Boykin (August 29, 1920, Dallas, Texas – March 13, 1982, Chicago, Illinois) was an African-American inventor and engineer. Boykin patented 28 electronic devices. One of his early inventions was an improved wire resistor, which had reduced inductance and reactance, due to the physical arrangement of the wire.
Where did Otis Boykin go to high school?
Biography. Otis Boykin was born in 1920 in Dallas, Texas. His mother was a maid, who died of heart failure when Otis was a year old. This inspired him to make the pacemaker. His father Walter was a carpenter, who later became a minister. Boykin attended Booker T. Washington High School in Dallas, where he was the valedictorian,…
How old was Otis Boykin when his mother died?
Interesting Facts About Otis Boykin. His mother Sarah was a maid, who died when Otis was only a year old, of heart failure, which inspired him to make the control unit.
Why was the variable resistor invented by Otis Boykin?
Otis Boykin invented an improved electrical resistor. Boykin invented a variable resistor used in guided missile parts and a control unit for heart stimulators; the unit was used in the artificial heart pacemaker, a device created to produce electrical shocks to the heart to maintain a healthy heart rate.