Educational stands for power electronics

We are offering a full set of teaching stations for learning power electronics. This set effectively supports the learning process through practical demonstrations of the operating principles and control methods of modern power electronics systems. The stations enable laboratory exercises including:

1. DC/DC converters without galvanic isolation: • Buck Converter • Boost Converter

2. DC/DC converters with galvanic isolation: • Flyback Converter • Push-Pull Converter

3. Single-phase rectifier in various configurations

4. AC Controller

5. Single-phase voltage inverter

6. Current control systems in R-L circuits

System Functions and Features

• Modern Graphical User Interface (GUI):

  • Allows visualization of voltage and current waveforms, and the calculation of instantaneous, average, and effective values within defined time intervals.

• Dynamic Parameter Changes:

  • Enables real-time experiments to observe the influence of key parameters on the system's operation.

• PC Communication:

  • Implemented via a high-speed USB 3.0 interface.

• Advanced Safety Features:

  • Protects the workstation from common user errors, such as:

    • short circuits

    • incorrect parameter settings

    • component overheating

Ready-to-use Lab Guides

Complete educational documentation for students—including exercise descriptions, measurement instructions, and control questions (8 different sets).

Set Contents

• Buck Converter Workstation (4 units)

• Boost Converter Workstation (4 units)

• Single-phase Rectifier Workstation + Current Control System (4 units)

• AC Controller Workstation (4 units)

• Flyback Converter Workstation (4 units)

• Push-Pull Converter Workstation (4 units)

• Single-phase Inverter Workstation (4 units)

Additional Equipment

Each workstation includes a complete set of essential equipment:

• power supplies

• adjustable resistors

• external chokes and capacitors

• measurement cables and connection elements

The set allows for effective and safe learning of power electronics in real-world conditions, consistent with current industrial standards and the state of the art in the field of power electronics.