Seminar o osciloskopih (Gradec, Avstrija)

Getting the Most Out of Your Digital Oscilloscope

• Function Blocks of an Oscilloscope
• Key Parameters: Bandwidth, Sampling Rate, Record Length and Waveform Capture Rate
• Digital Signal Processing: Waveform Arithmetic, Measurement Functions, and Math
• Trigger System
• Serial Bus Analysis
• Spectrum Analysis
• Probe Fundamentals

Signal Integrity Analysis on NRZ and PAM Signals

• Introduction to signal integrity and the importance it has in high-speed digital systems
• What is an eye diagram and how to correctly generate one (demo)
• Overview of PAM and its significance in high-speed digital communication
• Analyzing PAM using advanced test solutions
• Equalization and embedding (CTLE), what is it and why use it (demo)

Comparison between EMI debugging / pre-compliance / compliance testing

• EMI testing throughout a product’s development cycle, from debugging to certification
• Selecting the right measurement tools – Which measurement equipment is best suited for which EMI measurement?

Getting the Most Out of Your Digital Oscilloscope

• Oscilloscope Features: Bandwidth, Digitization, and Data Storage
• Function Blocks in the Device
• Digital Signal Processing: Waveform Arithmetic, Measurement Functions, and Math
• Trigger Settings
• Serial Bus Analysis
• Voltage Probes and Current Clamps