This pack brings together the different aspects of electrical, electronic and digital principles. Students start by understanding circuit theorems to analyse voltage and current in electrical circuits with passive components. Having learned the basic principles,
students move on to understanding circuits containing reactive components with series and parallel combinations. Then they construct a number of different types and classes of amplifiers: discrete and based on op-amps. Finally, students investigate digital components and simple digital logic circuits. A full colour workbook with teacher’s notes in English is available.
Learning objectives / experiments:
• Series and parallel LCR circuits
• Frequency response and Q factor of reactive circuits
• Norton, Kirchoff, Thevenin theorems
• Transistor amplifiers – A, B, AB
• Logic gates NOT, AND, NAND, OR, NOR, XOR
• Simple logic gate circuits
• Combinational logic circuits
• Sequential logic circuits
students move on to understanding circuits containing reactive components with series and parallel combinations. Then they construct a number of different types and classes of amplifiers: discrete and based on op-amps. Finally, students investigate digital components and simple digital logic circuits. A full colour workbook with teacher’s notes in English is available.
Learning objectives / experiments:
• Series and parallel LCR circuits
• Frequency response and Q factor of reactive circuits
• Norton, Kirchoff, Thevenin theorems
• Transistor amplifiers – A, B, AB
• Logic gates NOT, AND, NAND, OR, NOR, XOR
• Simple logic gate circuits
• Combinational logic circuits
• Sequential logic circuits
Properties
- 115350