随着先进雷达和通信系统出现，相位噪声成为工程师在设计和验证阶段关注的重要因素。相位稳定性是确定雷达目标捕获、通信系统的频谱完整性和有源电子扫描阵列天线 (AESA) 中精密波束控制功能的关键参数。
在本网络研讨会中，我们将利用市面上先进的 R&S®FSWP 相位噪声分析仪探讨关于如何利用复杂的脉冲串和脉冲序列执行测量的实例。
在本次网络研讨会中，您将详细了解：
- 杂波环境、多普勒效应和多普勒处理
- 脉间不稳定的原因和对处理的影响
- 脉间稳定性测量
立即注册以观看网络研讨会。
雷达信号的脉冲稳定性测量
利用复杂的脉冲串和脉冲序列执行测量
Leander Humbert is a technology manager for radar at Rohde & Schwarz. He completed his Master’s Degree in electrical engineering in 2004 at the Helmut Schmidt University in Hamburg. Between 2004 and 2011, he worked as a system engineer for electronic warfare systems at the German Air Force. From 2012 to 2016, he was a technical counselor for missile and air defense related sensor systems at IABG. He is currently interested in all aspects of test and measurement requirements for current and future radar sensors.
Dr. Wolfgang Wendler studied physics at the University of Bayreuth and did his PhD thesis in 1996 on nuclear magnetic properties of Pt and Al. He joined Rohde & Schwarz in 2004 as product manager for signal and spectrum analyzers with the focus on high end measurement applications. Beside defining analysis tools for digitally modulated signals for wireless applications like WLAN he focused on measurement tools for highly accurate phase noise, noise figure or pulse measurements. As an expert for advanced A&D applications of spectrum analyzers he influenced the development of new product features and application software of modern high end phase noise testers or signal and spectrum analyzers
