Interactive and hands-on Electronics Engineering lessons for practical skills

The student worked on exporting data from an oscilloscope and faced initial challenges with the file format. The tutor then guided the student on using Python, specifically the pandas library and Jupyter Notebook, for data analysis, which will be the focus of the next session after the student installs Jupyter.

The student and tutor analyzed a circuit's behavior based on a sensitive resistor's value, focusing on voltage division and transistor/relay switching logic. They performed calculations to determine the required resistance for specific voltage thresholds and discussed its impact on motor operation. The next steps involve sharing the complete circuit diagrams and nodes.

The student and tutor analyzed circuit behavior, focusing on voltage division, transistor states, and relay operation to understand how these components control a motor for a door system. They discussed various scenarios and configurations to ensure the system functions as intended, planning to further refine the calculations and configurations in future sessions.

The tutor provided a comprehensive overview of a 100 MHz digital oscilloscope, covering its operational controls, measurement functions, and advanced features like mathematical operations. The student understood the concepts and indicated they would order the oscilloscope for their project, with plans to cover Python and signal conditioning in subsequent lessons.

The Tutor and Student explored the functionality and electrical principles of oscilloscope probes, including attenuation, impedance calculations, and noise filtering. They discussed the distinction between analog CROs and digital DSOs, and the Student planned to share a link to a potential oscilloscope purchase for review.