Dynamic current mirror employing miller effect

An electrical circuit that is operated in a first stage and a second stage temporally subsequent to the first stage, wherein

• during the first stage, the circuit is configured to transmit an input signal into a first element, the input signal including an input current;
• during the second stage, the circuit is configured to drive a transmission of an output signal out of the first element, the output signal including an output current, the circuit comprising:
• a cell capacitance that includes a capacitive element;
• and
• an inverting amplifier that is configured to invert and amplify an input voltage associated with the input current such that a capacitance of a capacitive element is increased via a Miller-effect amplification enabled by the capacitive element capacitively coupling an output terminal and an input terminal of the inverting amplifier, and wherein
• during the first stage, the cell capacitance is configured to store the input voltage and is increased via the Miller-effect amplification of the capacitance of the capacitive element;
• and
• during the second stage, the cell capacitance is configured to provide the stored input voltage to drive the transmission of the output signal such that the output current matches the input current.