The educational note covers the theory and practice oscilloscopes based on concrete measurement examples that address authentic everyday tasks. The theoretical portion of this paper begins with an explanation of the basic operating concepts for oscilloscopes, followed by a discussion of the most important parameters to be considered when setting up and performing the exercise measurements.

The practical portion of the educational note contains detailed measurement tasks that can be performed by small groups in the university lab. These exercises are intended to demonstrate and reinforce the knowledge gained in the theoretical portion. The exercises build upon one another and demonstrate measurement tasks that are frequently encountered by engineers in daily work.

Key Learning Points:

• How to measure with oscilloscopes focused on everyday tasks
• Explanation of the basic operating concepts for oscilloscopes
• Explaination of detailed measurement tasks

The educational note covers the theory and practice oscilloscopes based on concrete measurement examples that address authentic everyday tasks. The theoretical portion of this paper begins with an explanation of the basic operating concepts for oscilloscopes, followed by a discussion of the most important parameters to be considered when setting up and performing the exercise measurements.

The practical portion of the educational note contains detailed measurement tasks that can be performed by small groups in the university lab. These exercises are intended to demonstrate and reinforce the knowledge gained in the theoretical portion. The exercises build upon one another and demonstrate measurement tasks that are frequently encountered by engineers in daily work.

Key Learning Points:

• How to measure with oscilloscopes focused on everyday tasks
• Explanation of the basic operating concepts for oscilloscopes
• Explaination of detailed measurement tasks