Webinar: New Developments in Microwave Materials Measurements

Tabletop Materials Measurements

Fundamental to microwave device design is knowing the electromagnetic performance of materials used in the device. Whether it is a microwave substrate, an antenna radome, or an electromagnetic inference absorber, methods are needed to evaluate materials and determine their intrinsic dielectric and magnetic properties. Designers use these intrinsic parameters (permittivity and permeability) to develop or optimize microwave and RF components. Measuring the performance of microwave materials requires a system that includes i) a measurement fixture and ii) a microwave analyzer. The fixture and the analyzer are usually connected with microwave or radio frequency (RF) cables.

New Developments in Microwave Materials Measurement
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New Developments in Microwave Materials Measurements

Webinar: New Developments in Microwave Materials Measurements

Tabletop Materials Measurements

Fundamental to microwave device design is knowing the electromagnetic performance of materials used in the device. Whether it is a microwave substrate, an antenna radome, or an electromagnetic inference absorber, methods are needed to evaluate materials and determine their intrinsic dielectric and magnetic properties. Designers use these intrinsic parameters (permittivity and permeability) to develop or optimize microwave and RF components. Measuring the performance of microwave materials requires a system that includes i) a measurement fixture and ii) a microwave analyzer. The fixture and the analyzer are usually connected with microwave or radio frequency (RF) cables.

New Developments in Microwave Materials Measurement
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This webinar will touch on the basic concepts which underlay the operation of a Vector Network Analyzer. What does it really measure? What are the key components? What are its limitations? How does one compare one analyzer to another? What are the key specifications? We’ll take a brief look at the evolution of VNA design over the years to understand how a state-of-the-art VNA is USB based without an embedded operating system. The viewer should come away with an intuitive understanding of VNA operation and how best to use this important measurement tool

VNA Basics
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For automotive systems, the inclusion of mmWave radar along with other RF systems and high current DC switching for electric vehicles present numerous challenges for the automotive designer. This webinar will introduce a few of these challenges and highlight measurement solutions.

VNA Master Class - VNA Tests for 5G Automotive Applications Measurements
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VNA Master Class - VNA Tests for 5G Automotive Applications Measurements
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VNA 101 Bootcamp - Software Tips and Tricks (Measuring Impedance, Calibration, Time Domain Measurements)
Fill out the following information to receive an email with the link to watch this webinar. Please allow a few minutes for the email to reach your inbox.
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VNA 101 Bootcamp: Starter mmWave Measurements
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