LN-Course - Electronics 2: Transistor multivibrators
Includes:
- 1 Experiment card with astable multivibrator using discrete components
- 1 Experiment card with bistable multivibrator using discrete components
- 1 Experiment card with monostable multivibrator using discrete components
- CD-ROM with Labsoft browser and course software
Course contents:
- Introduction and explanation of the function of astable, bistable and monostable multivibrators
- Measurement of input and output signal characteristics of multivibrator circuits
- Investigation of multivibrator response over time with various input configurations
- Explanation of the effect of various inputs on the time response of multivibrators
- Investigation the switching response of multivibrators for pulsed or square input signals
- Investigation the switching response of multivibrators to push button signals
- Fault simulation (12 simulated faults activated by relay)
- Course duration 4 h approx. (fault finding 2 h approx.)
UniTrain multimedia courses in electronics provide an introduction to the fundamentals of modern electronics with the help of numerous experiments on components and simple circuits. Students taking the course are familiarised with the principles, limitations, properties and basic circuits for various semiconductor components and utilise them in various applications. Many experiments reinforce the familiarity with measuring instruments, particularly the oscilloscope. Characteristics are recorded and changes in voltage and current are observed, evaluated and explained.
UniTrain multimedia courses in electronics provide an introduction to the fundamentals of modern electronics with the help of numerous experiments on components and simple circuits. Students taking the course are familiarised with the principles, limitations, properties and basic circuits for various semiconductor components and utilise them in various applications. Many experiments reinforce the familiarity with measuring instruments, particularly the oscilloscope. Characteristics are recorded and changes in voltage and current are observed, evaluated and explained.