Abstract
In this paper, a calibration of six-port reflectometer using a new technique program is presented. It has been shown that a calibration procedure is based on explicit method, the method that capturing the output wave forms of six-port junction and determines the complex relationship between the two waves present at the input from the value of four outputs. The number of calibrating standards and the computation effort required are the most important parameters in selecting a calibration technique. Comparison between the results obtained from the new calibration method program with measurement results show the validity of the method proposed. This calibration technique can be used in general six-port direct digital receiver.
Highlights
A Calibrating Six-Port Compact Circuit using a New Technique ProgramDept. of physics, Lab CSEHF, Faculty of sciences of Tunis, El-manar, Tunisia Dept. of electronics, Riyadh College of Technology, tvtc, Saudi Arabia
Six-port concept has been successfully applied in modern communication receivers
Calibration procedure is very important for the measurement accuracy
Summary
Dept. of physics, Lab CSEHF, Faculty of sciences of Tunis, El-manar, Tunisia Dept. of electronics, Riyadh College of Technology, tvtc, Saudi Arabia . Of physics, Lab CSEHF, Faculty of sciences of Tunis, El-manar, Tunisia Dept. Abstract—In this paper, a calibration of six-port reflectometer using a new technique program is presented. It has been shown that a calibration procedure is based on explicit method, the method that capturing the output wave forms of sixport junction and determines the complex relationship between the two waves present at the input from the value of four outputs. Comparison between the results obtained from the new calibration method program with measurement results show the validity of the method proposed. This calibration technique can be used in general six-port direct digital receiver
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