What did Otis Boykin do?

What did Otis Boykin do?

Boykin improved the pacemaker and made everyday electronic devices, such as the television and computers, more efficient and affordable. Background: Boykin was born in Dallas, Texas. He attended Fisk College in Nashville, Tenn., and continued his education at the Illinois Institute of Technology in Chicago.

When was the resistor invented?

1959
In 1959, Boykin invented his wire precision resistor and two years later invented an improved version that could withstand extreme changes in temperature and pressure. It was cheaper and more reliable than previous types and was in demand by the U.S. military, IBM, and other high-tech organizations.

What degrees did Otis Boykin have?

Boykin pursued graduate studies at the Illinois Institute of Technology from 1946 to 1947, but unfortunately, he had to drop out when his family could no longer afford to pay tuition. Undeterred, Boykin began working hard on inventions of his own, with a special interest in the emerging field of electronics.

Who made the first resistor?

The inventor 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.

What did Otis Boykin invent?

Otis Boykin is best known for inventing an improved electrical resistor used in computers, radios, television sets and a variety of electronic devices.

What is the purpose of a resistor?

Resistors are the most commonly used components in electronic circuits and devices. The main purpose of a resistor is to maintain specified values of voltage and current in an electronic circuit.

What is the scientific definition of resistor?

Resistor is defined as A passive electrical component with two terminals that are used for either limiting or regulating the flow of electric current in electrical circuits. The main purpose of resistor is to reduce the current flow and to lower the voltage in any particular portion of the circuit.