a. Holes b. Free electrons c. Valence electrons d. Bound electrons A hole in a semiconductor is defined as, a. A free electron b. The incomplete part of an electron pair bond C. A free proton d. A free neutron As the doping to a pure semiconductor increase, the bulk resistance of the semiconductor a. Remains the same b. Increases C. Decreases d. None of the above

Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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An addition of trivalent impurity to a semiconductor creates many
a. Holes
b. Free electrons
c. Valence electrons
d. Bound electrons
A hole in a semiconductor is defined as
a. A free electron
b. The incomplete part of an electron pair bond
C. A free proton
d. A free neutron
As the doping to a pure semiconductor increase, the bulk resistance of the
semiconductor
a. Remains the same
b. Increases
C. Decreases
d. None of the above
Transcribed Image Text:An addition of trivalent impurity to a semiconductor creates many a. Holes b. Free electrons c. Valence electrons d. Bound electrons A hole in a semiconductor is defined as a. A free electron b. The incomplete part of an electron pair bond C. A free proton d. A free neutron As the doping to a pure semiconductor increase, the bulk resistance of the semiconductor a. Remains the same b. Increases C. Decreases d. None of the above
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