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Multi-tone testing has many benefits. While the multi-tone method was initially implemented to increase the speed of IEC 61000-4-3 radiated immunity testing, it has been found that this method also improves equipment efficiency, offers greater flexibility to truly test the equipment (EUT) under real-world threat conditions, and can be fully compliant to standards.
SHEERGARD® optimizes 5G radomes by being band agnostic; no tuning required and multiple antennas concealed in a single radome. Lightweight material ensures limited structural support needed, with low transmission loss at wide scan angles. Finally, hydrophobicity provides long-term UV and weather resistance, reduces signal loss and prevents ice/ snow build-up.
The expansion of electronic and radio frequency technology into almost every aspect of daily life has greatly increased the importance of electromagnetic compatibility (EMC) testing. This educational note discusses the fundamentals of EMC precompliance testing: what precompliance is, why precompliance is important, and how precompliance testing is performed.
According to Ericsson’s 2022 Mobility Report, global mobile data traffic is expected to grow by a factor of 4 to 325 Exabytes total per month or 46 GB per smartphone on average by 2028, excluding Fixed Wireless Access usage.
Phased array calibration efforts are generally focused on optimizing the fundamental signal of interest. This article presents a method to further improve spurious performance once the phase calibration for the desired signal is known. Using this method, we will evaluate transmit spurious signals on a 32-element hybrid beamforming system comprised of four 8-element subarrays.
As consumer demand for data bandwidth grows worldwide, service providers face difficult and expensive challenges to expand capacity and coverage. Multi-gigabit Fixed Wireless Access systems offer a solution for overcoming many of these service-provisioning challenges.
Today’s test systems are often developed in silos – specific test systems designed for the specific products or processes needed today – without forethought toward future testing needs. However, shifts in demand require today’s products to scale in production or grow in functionality.
This whitepaper explores the innovative concept of passive radar and its many advantages. We cover its operating principles, basics of bistatic radars and the concept of EoOs. We also evaluate the role of satellite illumination and forward scattering in passive radar and highlight real-world examples of operational passive radar systems.
Dielectric Resonator Oscillators (DROs) are compact, narrowband devices that stabilize frequency with a dielectric resonator, enabling the generation of microwave signals with extremely low phase noise. In this whitepaper, discover an advanced phase noise measurement solution that can capture DRO performance accurately and effectively.
