An ideal opamp is an electronic component that amplifies the difference between two input signals. It has infinite input impedance, zero output impedance, and infinite open-loop gain.
An ideal opamp has no output current as it has infinite input impedance and zero output impedance. This means that no current flows into or out of its inputs or outputs.
The output current of an ideal opamp is considered to be zero because it has infinite input impedance, which means that no current flows into its inputs. Additionally, it has zero output impedance, which means that no current flows out of its outputs.
The output current of an ideal opamp is significant because it allows for ideal voltage amplification. Since no current flows into or out of the opamp, the output voltage is solely determined by the input voltage and the opamp's gain.
The limitations of an ideal opamp's output current include the fact that it is not a physically realizable component, and real opamps will have some finite output current due to imperfections in their design and construction.