Lesson 1 - Introduction on RF Landscape and Testing Optimization
How are wireless testing standards changing, and what features do we need to focus on in the future?
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Signal Generator Basics
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Lesson 2 - Increasing Amplitude Accuracy
Learn how Increasing Amplitude Accuracy can help with best practices such as correcting flatness and external levelling
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Lesson 3 - Optimize Wide Bandwidth Signal performance and Switching speed
Discover how to improve internal channel correction and calibration, as well as digital baseband tuning, by modifying switching speed and optimizing wide bandwidth signal performance
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Lesson 4 - Optimize Signal Generator's Phase Noise Profile
Focusing on multiple best practices specializing in adjusting reference oscillator bandwidth, phase-lock loop bandwidth, and real-time phase noise impairments, which leads to an optimized phase noise
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Lesson 5 - Digital Radio Receiver Testing
Learn more about IQ modulators, Low-Noise Amplifiers, and how filters, coupled with downconverters impact receiver testing
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Lesson 6 - Receiver Test Basics
Gain a better understanding of how the Device under test (DUT) impacts data transfer
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Lesson 7 - Understanding Performance Impacts on Receiver Tests
Review why amplitude accuracy matters for receiver test performance impact
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