photoresistor |
phototransistor |
As nouns the difference between photoresistor and phototransistor
is that
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor while
phototransistor is any semiconductor device whose electrical characteristics are light-sensitive.
photoresistor |
how |
As nouns the difference between photoresistor and how
is that
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor while
how is the means by which something is accomplished or
how can be (dialectal) an artificial barrow or tumulus.
As an adverb how is
to what degree.
As a conjunction how is
in which way; in such way.
As an interjection how is
.
phototube |
photoresistor |
As nouns the difference between phototube and photoresistor
is that
phototube is a gas-filled electron tube that has a photosensitive cathode while
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor.
taxonomy |
photoresistor |
As nouns the difference between taxonomy and photoresistor
is that
taxonomy is the science or the technique used to make a classification while
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor.
photodiode |
photoresistor |
As nouns the difference between photodiode and photoresistor
is that
photodiode is a semiconductor two-terminal component whose electrical characteristics are light-sensitive while
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor.
photoresistor |
photoresistance |
Related terms |
Photoresistor is a related term of photoresistance.
As nouns the difference between photoresistor and photoresistance
is that
photoresistor is an electronic component whose resistance is inversely proportional to the intensity of incident light; a photoconductor while
photoresistance is (physics) resistance of a material that varies with the amount of incident light.
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