Of the numerous current webinar options, we propose four essential appointments in March 2022. Taught in Spanish and focused on the fundamentals of electronic measurement, in these seminars we will address such important topics as:
• Radio frequency and microwave applications, especially the spectral analysis of vector signals, including practical demonstrations.
• Fundamental aspects of measurement systems, their architecture, their characteristics and the key parameters to take into account in order to know how to interpret the results of the measurements.
• The four pillars of RF measurements: spectrum analysis, vector signal analysis, linear network analysis, and digital oscilloscopes.
If you are unable to participate in the webinars, please register and we will send you the link to your recording as soon as it is available.
Below is the description and date of each of the webinar:
Spectrum Analysis Measurement Fundamentals
Fundamental tool in any task related to the physical layer of wireless communications. Discover the key features of the Spectrum Analyzers, their block diagram and how it influences the performance of measurements. Whether you're working on installation and maintenance projects, need to define spectral parameters or find interfering signals, this seminar will help you meet those challenges with confidence.
MARCH 29, 2022 ; 10:00 AM EST
Signal Analysis Fundamentals
The next logical step to spectral analysis: analyze and demodulate the signal, obtain figures of merit such as the EVM or know to what extent it is distorted or what causes it. This analysis can be critical when deciding if your device is working properly. We will show the different aspects of the analysis of a vector signal, how to demodulate it and different capacities and information that you can obtain, explaining such important parameters as the EVM.
MARCH 30, 2022, 10:00 AM CET
Fundamentals of Vector Network Analysis
Since the introduction of S-parameters, vector network analysis has been a key capability for any electronic design, from component characterization to advanced applications, the vector network analyzer is a fundamental tool.
We will explain its architecture, what the different blocks influence, and basic aspects of error correction.
MARCH 31, 2022; 10:00 AM EST
Fundamentals of Digital Oscilloscopes
The oscilloscope is probably one of the first tools to work with in any electronics department. Being a general purpose tool, it has evolved to such an extent that it goes far beyond what many users imagine. Sample rate, bandwidth, deep memory, update rate, and triggering capabilities are the key specifications for selecting the right digital oscilloscope and making sure we see the signal as it is. Even if you're an experienced oscilloscope user, you're likely to be pleased to discover capabilities you didn't expect.
APRIL 1, 2022; 10:00 AM EST
