Downloads
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Fundamentals Of Radome And Bumper Measurements Using The R&S®QAR
3/26/2021
Radome testing is a necessity, checking sensor components for radar compatibility. Previously, there were two methods used for testing. R&S introduces the R&S®QAR as another solution.
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Handheld Vector Network Analyzer: R&S®ZNH Brochure
3/15/2021
The R&S®ZNH from Rohde & Schwarz is a full two-port handheld vector network analyzer, offering one-port cable and antenna measurement and full two-port S-parameter measurements. The analyzer features a small form factor but can deliver high performance and all the key functionalities.
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Handheld Vector Network Analyzer: R&S®ZNH Flyer
3/15/2021
The R&S®ZNH from Rohde & Schwarz is a full two-port handheld vector network analyzer, offering one-port cable and antenna measurement and full two-port S-parameter measurements. The analyzer features a small form factor but can deliver high performance and all the key functionalities.
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Handheld Vector Network Analyzer: R&S®ZNH Datasheet
3/15/2021
The R&S®ZNH from Rohde & Schwarz is a full two-port handheld vector network analyzer, offering one-port cable and antenna measurement and full two-port S-parameter measurements. The analyzer features a small form factor but can deliver high performance and all the key functionalities.
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Handheld Vector Network Analyzer: R&S®ZNH
3/15/2021
The R&S®ZNH from Rohde & Schwarz is a full two-port handheld vector network analyzer, offering one-port cable and antenna measurement and full two-port S-parameter measurements. The analyzer features a small form factor but can deliver high performance and all the key functionalities.
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Top Research Lab Solves Measurement Challenge In Hours Despite Tight Security
3/10/2021
A leading research and development laboratory that supplies safety products to government agencies needed to make wafer level measurements on its semiconductor device to keep its project on track. It applied breakthrough science to solve tough engineering challenges and make state-of the-art products.
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Field Probes And Field Monitoring: FM7004A Data Sheet
3/9/2021
The FL8000 and MP Series for Field Monitoring and Probes by AR offers a three-in-one solution used for measuring continuous-wave, pulsed, and modulated electric fields. Applications for the FL8000 Series include commercial, automotive, military, and aviation. This series offers exceptional linearity and dynamic range performance, enabling the accuracy required for demanding testing.
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Field Probes And Field Monitoring: FL8000 Data Sheet
3/9/2021
The FL8000 and MP Series for Field Monitoring and Probes by AR offers a three-in-one solution used for measuring continuous-wave, pulsed, and modulated electric fields. Applications for the FL8000 Series include commercial, automotive, military, and aviation. This series offers exceptional linearity and dynamic range performance, enabling the accuracy required for demanding testing.
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Field Probes And Field Monitoring: FL8000 And MP Series
3/9/2021
The FL8000 and MP Series for Field Monitoring and Probes by AR offers a three-in-one solution used for measuring continuous-wave, pulsed, and modulated electric fields. Applications for the FL8000 Series include commercial, automotive, military, and aviation. This series offers exceptional linearity and dynamic range performance, enabling the accuracy required for demanding testing. With fiber power connectivity, the FL8000 Series provides an easy migration path, while delivering the reliability that AR is known for.
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RF Field Probe Specifications And Design Characteristics
3/9/2021
RF (Radio Frequency) field probes are an essential piece of equipment used for measuring the intensity of radiated RF fields. Although this instrument is crucial in implementing a radiation immunity test system, system specifiers often gloss over this essential element after spending a considerable amount of time and energy selecting amplifiers, antennas, and other equipment to generate the required RF field. Understanding the specification definitions, field probe design characteristics, and other varying features will, in turn, allow a confident and informed decision in choosing a suitable field probe.