Fast and accurate radar pulse measurements are critical when designing or manufacturing radar components. Knowing how to optimize power measurement tools will help engineers meet stringent market demands. Get tips on how to make the fastest and most accurate radar pulse measurements by reading this application note. This article also includes real-world scenarios that demonstrate how to put these tips into practice with Agilent power meters and sensors. 



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Discusses recent advances in VNA calibration and compares measurements using different calibration types for a variety of RF and microwave devices including cables, filters and amplifiers. It discusses QuickCal, full 2-port unknown thru, and enhanced response calibrations. 


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Many of today’s power measurement applications require multiple power measurements to be made simultaneously. This is further complicated in remote applications such as base station testing, where measurements need to be obtained from places where access is inconvenient. This application note details the advantages of using a USB power sensor solution, and also covers the setup for multi-channel power measurement and methodology for lengthening the USB power sensor connection for single-channel power measurement. 


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Rise/fall time is one of the key measurement parameters when designing, manufacturing or maintaining pulsed radar power amplifier systems, especially for wideband pulse power amplifiers. Learn how to achieve 5 nanosecond rise/fall time RF pulse measurement with the 8990B peak power analyzer by reading this application note. This article also includes tips on how to consistently obtain accurate rise/fall time measurement results.

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Learn how real-time spectrum analysis techniques can help make precise and selective measurements of complex and elusive signals. Then see how to take the vital next steps to complete the solution with post-processing analysis, signal replay, and transfer of captured signals to other analysis or simulation tools.

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Demands on faster, smaller and more energy efficient digital audio devices have driven the need for devices from operating at the traditional 5 V to core voltage levels of well below 1 V. These low voltages and the variety of different voltages in use between devices can result in interface compatibility problems as well as measurement issues. Read this application note and learn more about the potential issues that can arise when making digital audio measurements on devices that have incompatible logic levels. 

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