Experimental instructions for basic circuits in electrical engineering

Item No.: 54590

Note: The document cannot be used without suitable hardware.

The experiment guide "Basic circuits in electrical engineering" covers the following topics:

  • Amplifier circuits
  • Toggle circuits
  • Modulators and demodulators
  • Power supply circuits
  • Power electronics circuits
  • Binary switching elements
  • Operational amplifiers

Incl. solutions

Amplifier circuits

  • Basic amplifier circuits with bipolar transistors
  • Basic amplifier circuits with field-effect transistors (FET)
  • Multi-stage amplifiers
  • Two-stage AC amplifier
  • Darlington amplifier
  • Emitter-coupled amplifier
  • Phase inverter stages
  • Differential amplifier
  • Two-stage DC amplifier with complementary transistors o Push-pull amplifier o Feedback
  • negative feedback
  • Feedback

Toggle circuits

  • Square wave generators
  • Threshold value switch (Schmitt trigger)
  • Astable toggle circuit (multivibrator)
  • Monostable toggle switch
  • Bistable flip-flop circuit (flip-flop)
  • Sawtooth generator (pulse generator)
  • Sine wave generators
  • Sine wave generator with RC element
  • Sine wave generator with LC element

Modulators and demodulators

  • Amplitude modulator and demodulator
  • Frequency modulator

Power supply circuits

  • Rectifier circuits
  • Single-pulse centre-point circuit M1
  • Two-pulse bridge circuit B2
  • Three-phase rectifier
  • Voltage multiplier
  • Stabilisation circuits
  • Voltage regulator (linear)
  • Current regulator
  • Switching voltage regulator
  • Direct voltage converters

Power electronics circuits

  • Gating control with thyristor
  • Gate control with rectifier effect
  • Gating control without rectifier effect
  • Gating control with TRIAC
  • Full-wave control with zero-voltage switch
  • DC voltage switch with thyristors

Binary switching elements

  • AND element
  • OR element
  • NOT element
  • NAND element
  • NOR element

Operational amplifier

  • Operational amplifier as an inverting amplifier
  • Operational amplifier as non-inverting amplifier
  • Operational amplifier as summing amplifier
  • Operational amplifier as a differential amplifier
  • Dynamic behaviour of the operational amplifier

Experiment instructions "Basic circuits in electrical engineering" (incl. CD-ROM)


Variants