Teachincg Scope upper level physics experiments

The TeachScope II Oscilloscope Training System is designed for physics and electronics laboratories to help students develop practical oscilloscope operating skills through hands-on waveform analysis. The system generates a variety of unknown waveforms, allowing students to practice waveform acquisition, triggering, signal measurement, and frequency-domain analysis using a digital oscilloscope. It provides an effective introduction to oscilloscope operation and signal interpretation. Physics Lab Experiments from Atico Exports.

• Oscilloscope training
• Waveform acquisition
• Signal analysis
• Time-domain measurements
• Frequency-domain analysis
• FFT demonstrations
• Electronics laboratory instruction
• Physics laboratory experiments
• Signal measurement techniques
• Instrument familiarization

Instrument Components :

• Waveform generator unit
• USB-C power input
• Waveform selection pushbutton
• Binary waveform indicator
• BNC output connector
• Power cable
• Signal output interface

Experiments :

Oscilloscope Fundamentals

• Waveform acquisition
• Vertical sensitivity adjustment
• Horizontal time-base adjustment
• Trigger setting optimization
• Signal display techniques

Waveform Analysis

• Identification of unknown waveforms
• Amplitude measurement
• Frequency measurement
• Time period determination
• Offset measurement
• Waveform comparison

Signal Processing

• Time-domain signal analysis
• Frequency-domain analysis
• FFT spectrum observation
• Signal characteristic evaluation

Instrument Operation

• Oscilloscope control familiarization
• Display optimization
• Waveform storage
• Measurement function practice

Educational Objectives :

• Develop proficiency in oscilloscope operation
• Understand waveform acquisition techniques
• Learn trigger configuration methods
• Measure signal amplitude and frequency accurately
• Interpret time-domain waveforms
• Perform frequency-domain analysis using FFT
• Develop practical laboratory measurement skills
• Gain confidence in using modern digital oscilloscopes
• Improve signal observation and analysis techniques
• Build a strong foundation in electronic instrumentation

• Compact USB-powered waveform generator
• Powered through USB-C interface
• Generates 16 different waveforms
• Wide range of waveform shapes and amplitudes
• Variable signal frequencies
• Unknown waveform identification exercises
• Supports oscilloscope trigger adjustment
• Time-base and vertical scale training
• FFT-compatible waveforms
• Real-time signal visualization
• Easy oscilloscope connectivity via BNC
• Suitable for undergraduate and postgraduate laboratories