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A dipole is an electronic component that has two poles (two terminals). If one uses I to represent the current that enters via one terminal and exits via the other, and V to represent the voltage between the terminals, one defines the “characteristic of the dipole” as the function that relates I and V. This animation illustrates graphical representations of these functions for 4 typical electronic components.

A characteristic I = f(V) does not depend on time. The quantities I and V are continuous ones (DC).

**Click **and **drag **the sliders to change the settings.

- To illustrate the design of a dipole and its characteristic I= f(V) .
- To distinguish between receiver and generator conventions.
- To observe the effects of various parameters on the characteristic.

- The characteristic of a
**resistance**is a straight line passing through the origin of the equation I = kV (where k = 1/R). It is a matter of a graphical representation of Ohm’s Law V = IR. - The…