In this webinar one- and two-port calibration of a Vector Network Analyzer (VNA) will be examined in depth. The properties of a typical SOLT calibration kit will be explained. The two-port, twelve term error model and the three-term error model for one-port calibration will be analyzed and the mathematics for three term, one-port calibration will be shown. Finally, Brian will highlight the simple steps to use more than three calibration standards for an over-determined calibration.
Examine one- and two-port calibration of VNAs
Discuss properties of SOLT Calibration Kits
Analyze one-port, three term error model
Analyze two-port, twelve term error model
Highlight the process for using more than three calibration standards for an over-determined calibration
Copper Mountain Technologies
Senior RF Design Engineer
Brian Walker is the Senior RF Engineer at Copper Mountain Technologies where he helps customers to resolve technical issues and works to develop new solutions for applications of VNAs in test and measurement. Previously, he was the Manager of RF design at Bird Electronics, where he managed a team of RF Designers and designed new and innovative products. Prior to that he worked for Motorola Component Products Group and was responsible for the design of ceramic comb-line filters for communications devices. Brian graduated from the University of New Mexico, has 40 years of RF Design experience, and has authored 3 U.S. Patents.