Videos

网络研讨会：分析汽车电子应用中的 FMCW 雷达信号

罗德与施瓦茨 2014 年 7 月 7 日网络研讨会 更加深入地了解雷达信号处理及波形。 雷达传感器的耐风雨功能是许多驾驶员辅助系统的重要因素。测量精度和分辨率取决于雷达传感器及所用波形。汽车电子雷达通常应用具有高带宽的连续波信号以及数字波束成形技术，以便在多目标情形下清楚地测量距离、径向速度以及方位角。汽车电子行业用传感器的高性能以及高度可靠性离不开快速且可靠的测试解决方案。 您将学习： 了解雷达信号处理及波形 连续波测试与测量 全自动化信号测量与随机分析 雷达, 信号, 分析, 汽车电子 分析汽车电子应用中的 FMCW 雷达信号

The first of the neXt generation

The first of the neXt generation The first of the neXt generation

Cellular IoT evolution from 2G to 6G

Igor Tovberg, Director of Product Marketing and Strategic Partnerships, Sony This talk highlights the 2G-5G transition and key cellular IoT technologies with challenges and recommendations. This talk explores key considerations for transitioning from 2G/3G/4G to 5G and examines cellular IoT technologies, including GSM, LTE-M, NB-IoT, CAT1, CAT1.bis, NR, Redcap, and eRedcap, along with associated challenges

Emissions

MXO 4 - See the difference With its ultra-fast spectrum capability, the MXO 4 enables you to detect random and spurious emissions easily and reliably. With its ultra-fast spectrum capability, the MXO 4 enables you to detect random and spurious emissions easily and reliably. Emissions With its ultra-fast spectrum capability, the MXO 4 enables you to detect random and spurious emissions easily and reliably

Physical layer testing for base stations

Learn about typical production measuerments for FR1 base station and small cell testing. O-RAN gives network operators the flexibility to choose different vendors for different network slices driving innovation in the eco system. Rohde & Schwarz test equipment ensures the correct functionalities of the radio units. This demo provides an overview of typical production measurements on an O-RU from Pegatron

Noise Figure and Gain Measurements of amplifiers from 75 GHz to 110 GHz

This video shows how to measure noise figure and gain of an amplifier at around 90 GHz using the smart noise source R&S FS-SNS110 and the external frontend R&S FE110SR in combination with a spectrum analyzer. The frequency range at around 90 GHz becomes more and more important, for example for automotive RADAR, E band beam radios for wireless backhaul systems or 6G research. Important for designers

R&S®RTE：操作简便，功能强大

操作简便。功能强大 快速应对日常的测试与测量挑战。 操作简便。功能强大。 R&S®RTE：操作简便，功能强大。 快速应对日常的测试与测量挑战。 观看视频并详细了解罗德与施瓦茨 R&S®RTE 示波器。 RTE 产品视频, RTE, 示波器, 教程视频, 罗德与施瓦茨 RTE：操作简便，功能强大

Automated measurements. RTP - see the difference

Do you wish to perform faster and more in-depth measurements on your signals? The RTP offers of more than 90 automated measurements, with statistical analysis and histogram and track display for data visualization. Learn to use it most easily. The RTP offers of more than 90 automated measurements, with statistical analysis and histogram and track display for data visualization. Learn to use it most

干扰捕获

Employee interview: Hardware developer Julian

Learn from our hardware developer Julian what ASICs are and what they are needed for. Learn from our hardware developer Julian what ASICs are and what they are needed for. hardware, development, application, specific, intergrated, circuits, asic, job, career Employee interview: Hardware developer Julian

揭秘 5G——用于 OTA 测试的天线阵列校准方法

您如何校准天线阵列？ 本视频介绍了天线阵列校准的理论背景知识并讨论了各种方法，包括直接和间接测量。 本视频介绍了天线阵列校准的理论背景知识并讨论了各种方法，包括直接和间接测量。 用于 OTA 测试的天线阵列校准方法 | 罗德与施瓦茨 详细了解天线阵列校准的理论背景知识和各种方法，包括直接和间接测量。

多点触摸概念

R&S®ZNB 具备多点触摸功能，确保顺畅、轻松地操作仪器。 R&S®ZNB 具备多点触摸功能，确保顺畅、轻松地操作仪器。 矢量网络分析仪 ZNB, 测试与测量, 网络分析仪, 网络分析 ZNB 矢量网络分析仪具有宽动态范围、低迹线噪声和高输出功率，满足电子产品和移动无线电行业的需求。

R&S®ZNA 矢量网络分析仪

以被测设备为中心的独特操作 罗德与施瓦茨的 R&S®ZNA 矢量网络分析仪采用以被测设备为中心的操作概念，易于用户使用。在以被测设备为中心的模式下，用户首先选择被测设备类型，例如放大器或混频器。之后，仪器将逐步提示用户选择并配置所需测量 罗德与施瓦茨的 R&S®ZNA 矢量网络分析仪采用以被测设备为中心的操作概念，易于用户使用。在以被测设备为中心的模式下，用户首先选择被测设备类型，例如放大器或混频器。之后，仪器将逐步提示用户选择并配置所需测量 ZNA 视频, 网络分析仪, 矢量网络分析仪, ZNA, 测试与测量, 互调测量, 基础和标量混频器测量, 群延时测量 以被测设备为中心的独特操作

eMMC 接口一致性测试

嵌入式多媒体卡 (eMMC) 广泛用作便携式设备的主存储器。R&S®RTO-K92 eMMC 认证测试选件提供针对 eMMC 设备电气接口的自动化测试解决方案（根据 JEDEC V5.1）。 Use your scope for eMMC compliance testing.

Basics of oscilloscope operation

Basics of oscilloscope operation Basics of oscilloscope operation Basics of oscilloscope operation