Module MV-MTS-B102-M-4

Students are able to

• Implement basic terminology of electronics
• Name and explain the passive components
• Name different methods for the analysis of electrical networks
• Explain the properties of electrical and electromagnetic fields
• Explain the application of periodic voltages and currents
• Explain the application of three-phase systems
• Explain the mode of operation and mathematical description of transformers
• Describe the networks with the aid of impedances
• Derive amplitude and phase responses of filters
• Explain and design oscillation circuits

2. Practice

Students are able to

• Calculate electrical networks on the basis of different procedures
• Determine electrical and electromagnetic fields
• Calculate impedances in any electrical network
• Analyze strains in a three-phase system
• Design oscillation circuits
• Determine the transmission ratios of a transformer
• Derive amplitude and phase responses of filters
• Describe networks with quadripole matrices

Students are able to

• Deal with and apply non-linear resistances and ordinary semiconductor diodes
• Understand and use different types of diodes Refer to the contents for the different types of diodes
• Work with bipolar transistors in the large and small signal range Refer to the contents for the circuits with bipolar transistors
• Work with field-effect transistors (J-FET and MOS-FET) in the large and small signal range
• Apply the principle of negative feedback with the operational amplifier and its applications. The same applies to the principle of positive feedback
• Set up and understand logical circuits with combinational circuits and sequential circuits
• Explain the process of digital-analog implementation and analog-digital implementation. The students will also be able to apply the Nyquist’s and Shannon’s scan theorem

2. Practice

Students are able to

• Calculate Z diodes and other diode types applying non-linear resistances and ordinary semiconductors as well as to set up and analyze electrical circuits
• Work with and calculate bipolar transistors in the large and small signal range. The students will also be able to create their own circuits with bipolar transistors.
• Work with field-effect transistors (J-FET and MOS-FET) in the large and small signal range. The students will also be able to create their own circuits with FET
• Calculate and apply the principle of negative feedback with the operational amplifier and its applications. The students will also be able to derive differential equations from electrical circuits and recreate differential equations with operational amplifiers
• Set up logical circuits with combinational circuits and create the simplest possible circuit with the aid of a KV map. The students will also be able to explain how synchronous flip-flop circuits work
• Calculate electrical circuits with a digital-analog converter and an analog-digital converter and apply them

For Bachelor students majoring in education for metallurgy vocational-technical schools:

The students understand the essential fundamentals of electrical engineering and its application in technology, particularly in the fields relevant for vocational-technical schools, and they can apply the fundamental methodology of electrical engineering.