1-Analyzes the signals on the resistor and capacitor with the super position theorem in a circuit with resistors and capacitors connected in series, formed by DC and AC sources. Recognizes coupling and decoupling (bypass) capacitors, calculates their approximate values, explains how many levels can be connected to each other in electronics (coupling types). Calculates the AC resistance of a diode, it says the resistance value depends on the current.

2-Draws the equivalent model of a BJT. Draws the circuit of the Emitter, Generator and Collector common amplifiers, explains the operation, draws the phase relationship of the input-output signals, draws the AC equivalent, calculates the electrical quantities such as voltage gain, current gain, input impedance, output impedance and power gain.

3-Draws a cascaded amplifier circuit, explains how to calculate the electrical quantities mentioned above.

4-Draws the equivalent model of FET, draws the circuit of Source, Drain and Gate common amplifiers, explains its operation, draws the phase relationship of the input-output signals. Draws the AC equivalent of the input-output signals.

5-Draws the AC equivalent of FET`s Source, Drain and Gate common amplifiers, calculates electrical magnitudes such as voltage gain, input impedance and output impedance, explains why there is no current gain in FETs.

6-recognizes and applies transistor power amplifiers.