Stabilization and Pointing for Radar and Phased-Array Systems

The continued move higher in the radio-frequency spectrum coupled with the evolution of more accurate phased-array systems has driven the need for inertial measurement units (IMUs), gyroscopes, and accelerometers to be integrated into these systems.

This webinar will focus on microelectromechanical systems (MEMS)-based systems, that measure pointing, motion, and axis deviations and their applicability to modern radar, communications, and electronic warfare systems. Accurate IMUs are not just needed on airborne and marine-based radar and communications systems. With accuracy, as well as resolution that is improving exponentially, paired with larger independent array designs, it has become critical for advanced radar systems to have their own numerous ecosystems of IMUs integrated to enable the performance expected of the next generation. This technology also applies to terrestrial phased-array systems in motion.

View This Webcast
( 需要注册 )

Debbie Gibson已在ADI公司工作超过20年，历任多种职位，涉及领域包括DC/DC电源、混合信号模块和惯性产品。她目前担任惯性元件和模块产品线总监，专注于多个惯性解决方案提供差异化应用价值的市场领域。

Sean D'Arcy于2015年加入ADI公司，隶属航空航天与防务部门市场营销团队，主要从事航空、无人系统、导弹和军火业务。他在航空航天与防务行业工作已超过20年，先后支持过C-130“大力神”运输机、MQ-9“收割者”无人机、B-2“幽灵”隐形战略轰炸机、F-16“战隼”战斗机、U-2“蛟龙夫人”高空侦察机和X-47B等平台的开发和升级计划。他还是一名多发动机固定翼飞行员，拥有一家航空公司，曾为两家主要防务承包商和约翰逊航天中心工作。