1. rectifier circuit
- Circuit and time characteristics of the electrical variables of an M2 rectifier circuit
- Determination of the transformation ratio of the mains transformer
- Determination of the minimum terminating resistance for a given maximum diode power loss
2. setting the operating point of the transistor
- Circuit arrangement of an operating point setting using a base voltage divider
- Dimensioning of a circuit arrangement for operating point adjustment
- Determination of the input resistance of the circuit
3. current feedback
- Dimensioning of a negative feedback emitter circuit
- Explanation of the principle of dynamic resistance increase
- Calculation of the input resistance of a negative feedback transistor circuit
4. h equivalent circuit diagram
- Setting up the h equivalent circuit diagram for an amplifier stage
- Determining the input and output resistance, the current and voltage gain using the h-parameters
4.1 Frequency behavior of the emitter circuit
- Emitter resistance and capacitance
- Frequency dependence of the voltage gain
- Bode diagram
5. transistor switching stage
- Characteristics of a negative base bias voltage
- Dimensioning of an amplifier stage with negative base bias voltage
6. differential amplifier
- Design of a differential amplifier
- Common mode and differential amplification
7. overload protection
- Transistor switching stage with additional base-collector diode
- Calculation of the operating points of the transistor with additional base-collector diode
8. field-effect transistors
- Systematization of field-effect transistors
- Determination of the source and drain resistance of a negative feedback circuit
9. constant current source with FET
- Determining the dependence of the drain current on the source resistance
- Determining the maximum load resistance of the constant current source
10. toggle circuit
- Mode of operation of a toggle circuit with Schmitt trigger
- Determining the frequency and duty cycle of an oscillating circuit
11. circuits with OPV
- Determining the transfer function of an OPV
- Common mode and differential amplification
12. PI controller with operational amplifier
- Determining the resistor and capacitor circuit of a PI controller
- Bode diagram
- Determining the output voltage curve over time with a sinusoidal input voltage
Solutions in short form
