Anritsu’s latest Field Master spectrum analyzers, known for their exceptional sweep speed and connectivity interfaces, are now working in harmony with Y.I.C EMScanners and EMViewer application software to offer a comprehensive EMC solution. This collaboration comes at a crucial time when design engineers are grappling with escalating EMC challenges posed by high-speed data circuits and RF components.
Design processes for cutting-edge electronics demand early insights into the EMC performance of circuits and components. The combination of Y.I.C scanners, EMViewer software, and Anritsu spectrum analyzers presents a novel approach by generating a detailed 3D heat map of all radiated signals. This enables engineers to optimize circuit layout and shielding materials proactively, ensuring that products are well-prepared for certification testing, thereby increasing the likelihood of passing on the first attempt and reducing the need for multiple submissions.
“Our primary goal is to assist engineers in enhancing their troubleshooting of EMC issues. By integrating our products with Anritsu Field Master spectrum analyzers, we provide a unique perspective on design, empowering engineers to address all issues in the near field. This approach significantly enhances the chances of achieving a successful certification on the first try,” explains Cornelle Roberts, Global Sales & Channel Manager at Y.I.C. Technologies.
EMC testing has become a critical aspect of product development, particularly in industries such as aerospace, defense, and medical electronics. The efficient development of products necessitates the use of specialized design tools, and the partnership between Y.I.C Technologies and Anritsu aims to deliver effective solutions tailored to these markets.
“The significance of EMC testing in the test industry market is on the rise, and the EMScanner and EMViewer products offer our mutual customers profound insights at a speed that was previously unattainable,” notes Angus Robinson, Spectrum Analyzer Product Manager at Anritsu.