terms |
translinear |
As a noun terms
is .
As an adjective translinear is
(physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.
voltage |
translinear |
In physics|lang=en terms the difference between voltage and translinear
is that
voltage is (physics) the difference in electrostatic potential between two points in space while
translinear is (physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.
As a noun voltage
is (physics) the difference in electrostatic potential between two points in space.
As an adjective translinear is
(physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.
current |
translinear |
As adjectives the difference between current and translinear
is that
current is existing or occurring at the moment while
translinear is (physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.
As a noun current
is the part of a fluid that moves continuously in a certain direction.
linear |
translinear |
As adjectives the difference between linear and translinear
is that
linear is linear (in mathematics, of first-degree polynomial) while
translinear is (physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.
exponential |
translinear |
As adjectives the difference between exponential and translinear
is that
exponential is relating to an exponent while
translinear is describing a circuit that has an exponential (rather than linear) current-voltage relationship.
As a noun exponential
is any function that has an exponent as an independent variable.
circuit |
translinear |
As a noun circuit
is the act of moving or revolving around, or as in a circle or orbit; a revolution; as, the periodical circuit of the earth around the sun.
As a verb circuit
is (obsolete) to move in a circle; to go round; to circulate.
As an adjective translinear is
(physics) describing a circuit that has an exponential (rather than linear) current-voltage relationship.