Sunyield, a trusted provider of cutting-edge measurement solutions, introduces the SPR-Scanner, a revolutionary planar near field scanning system designed to enhance antenna testing capabilities. Developed by Sunvey Technologies, the SPR-Scanner is specifically engineered for antennas with strong directivity, including dish antennas, radars, and ground phased array radars. With its advanced features and support for frequencies up to 90GHz, this system empowers businesses to achieve precise and efficient near field measurements.
Unleash the Full Potential of High-Directivity Antenna Testing
Sunyield’s SPR-Scanner is tailored to meet the unique requirements of high-directivity antenna testing. Whether it’s a dish antenna, radar, or ground phased array radar, this scanning system delivers unparalleled precision and accuracy. By providing detailed insights into antenna performance, businesses can optimize their designs and ensure optimal operation in demanding applications.
Expanded Frequency Range and Improved Testing Efficiency
With the SPR-Scanner, Sunyield offers expanded frequency capabilities to support testing up to 90GHz. This versatility enables businesses to address the demands of emerging millimeter wave technologies. Additionally, for frequency bands below 18GHz, the SPR-Scanner supports multi-probe testing, significantly improving test efficiency. This feature allows businesses to gather comprehensive data faster, expediting the development and deployment of antenna systems.
Conclusion
Sunyield‘s SPR-Scanner is the ultimate solution for achieving unparalleled precision in antenna testing. Designed for high-directivity antennas, this scanning system provides detailed insights into performance, empowering businesses to optimize their designs and meet the demands of challenging applications. With expanded frequency capabilities and support for multi-probe testing, Sunyield enables efficient and comprehensive near field measurements. Trust Sunyield to deliver cutting-edge solutions that elevate your antenna testing endeavors to new heights.
