X-ray Orientation Analyzer is a powerful test and measurement instrument, as long as it is correctly used and operated according to the flow rate, it can achieve extremely high accuracy. It uses its own signal source for comparison and measurement of other electronic equipment, electronics Whether the electrical characteristics and performance parameters of components, electronic parts, network connectors, cable lines, etc. meet the standards and requirements, can accurately measure the amplitude and phase information of incident waves, reflected waves, and transmitted waves, and quantitatively describe the measured value through the ratio measurement method The reflection and transmission characteristics of the device. It is widely used and is indispensable in many industries, especially in measuring the linear characteristics of radio frequency (RF) components and equipment.
　　This article mainly focuses on the characteristics of X-ray Orientation Analyzer itself, introduces the use steps, use requirements, basic calibration methods and how to use it to perform test tasks during the use of X-ray Orientation Analyzer.
　　X-ray Orientation Analyzer is some of the most accurate RF instruments under the premise of correct use, with typical accuracy of ± 0.1 dB and ± 0.1 degrees. It can perform accurate and repeatable RF measurements, providing configuration and measurement capabilities as wide as their range of applications. Choosing the right instrument, calibration, function, and using reliable RF measurement methods can optimize your test results (X-ray Orientation Analyzer application case).