R&S®RTO6：HD 模式用于测量小信号幅度 高分辨率 (HD) 模式通过数字滤波将 R&S®RTO6 示波器的垂直分辨率最高增加到 16 位。 高分辨率 (HD) 模式通过数字滤波将 R&S®RTO6 示波器的垂直分辨率最高增加到 16 位。分辨率越高，波形越清晰，进而显示更多可能被噪声遮蔽的信号细节。在 16 位垂直分辨率下，信号在模数转换器后进行低通滤波。在 10 kHz 至 2 GHz 的范围内调整低通滤波器带宽以匹配待测信号的特性：滤波器带宽越低，分辨率越高。 示波器, RTO 示波器, RTO6, 6 GHz 示波器, 示波器汽车电子, 示波器 EMI 高分辨率 (HD) 模式通过数字滤波将 R&S®RTO6 示波器的垂直分辨率最高增加到 16 位。

R&S®RTO6：模板测试实现简单直观的 EMI 调试 R&S®RTO6 能够方便灵活地定义模板：仅需几次触摸屏或鼠标操作，即可根据参考信号生成模板，或者定义由最多八个分段组成的模板。 模板测试快速揭示特定信号是否位于设定的容限范围以内，并采用合格/不合格评估方法，评定被测设备 (DUT) 的质量和稳定性。轻松确定信号异常和意外结果。R&S®RTO6 能够方便灵活地定义模板：仅需几次触摸屏或鼠标操作，即可根据参考信号生成模板，或者定义由最多八个分段组成的模板。频域中的模板触发非常适用于检测偶发辐射频率。根据违规即停的触发条件，频谱违反频域模板时示波器会停止信号捕获。 示波器, RTO 示波器, RTO6, 6 GHz 示波器, 示波器汽车电子, 示波器 EMI R&S®RTO6 能够方便灵活地定义模板：仅需几次触摸屏或鼠标操作，即可根据参考信号生成模板，或者定义由最多八个分段组成的模板。

6月 11, 2024 | 新闻发布 | Test & measurement

罗德与施瓦茨（以下简称“R&S”）推出 R&S RT-ZISO 隔离测量系统，进一步提升其高端示波器产品组合。新的 R&S RT-ZISO 能够极其精确地测量高速开关信号，尤其是在高共模电压和电流的环境中。此外，新推出的 R&S RT-ZPMMCX 无源探头配有 MMCX 连接器，可在特定测量任务中与隔离探头系统完美互补。

Meet the people behind R&S®RTO6 Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Tim & Markus. employees, interview, product, development, career, jobs Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Tim and Markus.

Meet the people behind R&S®RTO6 Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Dirk & Jan. employees, interview, product, development, career, jobs Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Dirk and Jan.

R&S®RTO6 - The oscilloscope you can trust in many applications

Meet the people behind R&S®RTO6 Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Noah and Joel. employees, interview, product, development, career, jobs Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Noah and Joel.

Meet the people behind R&S®RTO6 Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Philipp and Michael. employees, interview, product, development, career, jobs Who are the people behind the development of our new oscilloscope R&S®RTO6? Meet Noah and Joel.

描述 R&S®ScopeSuite 自动化选件。 有关 R&S®RTO2000、R&S®RTO6 或 R&S®RTP 操作的相关信息，请参阅仪器使用手册。

描述 eMMC 一致性测试流程。 有关 R&S®RTO2000、R&S®RTO6 或 R&S®RTP 操作的相关信息，请参阅仪器使用手册。

车载以太网, 以太网应用 在本视频中，我们将使用 R&S®RTO6 示波器验证 gPTP，以根据 IEEE 802.1AS 标准测量和对比 1PPS 信号

描述 D-PHY 一致性测试流程。 有关 R&S®RTO2000、R&S®RTO6 或 R&S®RTP 操作的相关信息，请参阅仪器使用手册。

描述 DDR3 一致性测试流程。 有关 R&S®RTO2000、R&S®RTO6 或 R&S®RTP 操作的相关信息，请参阅仪器使用手册。

May 27, 2024 | 新闻发布 | Test & measurement

Rohde & Schwarz will showcase its latest solutions for power electronics testing at PCIM Europe in Nuremberg, addressing challenges of testing and debugging the next generation of wide bandgap semiconductors in power electronic converters.

将您的项目提升到更高水平！定制 R&S®RTO6 或 R&S®RTP 示波器配置，满足您的具体需求，省下大笔费用。▶ 了解更多！

描述以太网一致性测试流程。 有关 R&S®RTO2000、R&S®RTO6 或 R&S®RTP 操作的相关信息，请参阅仪器使用手册。

Video Overview for RTO6 product videos.

Signal Configuration Learn about key advantages of the Embedding and Equalization option of the R&S RTP & RTO6 oscilloscopes. Start with the Signal Configurator. The R&S RTP and RTO6 oscilloscopes feature a powerful and flexible Embedding & Equalization option. Learn in this video how easy it is to get started with the Signal Configurator.

Jun 06, 2023 | 新闻发布 | Test & measurement

At Automotive Testing Expo Europe 2023 in Stuttgart, Rohde & Schwarz will demonstrate a wide range of cutting-edge test solutions that support automotive applications. With test solutions on show that cover automotive radar, Ethernet, 5G and UWB, the company enables the automotive industry to make the next level of autonomous driving reality.

描述 USB 2.0/3.

R&S RTO6 versus Keysight MXR Series | Comp sheet [JP] 手册及数据表

描述 PCIe 1.1/2.

Oct 01, 2024 | 新闻发布 | Test & measurement

Rohde & Schwarz exhibits advanced T&M solutions that address emerging challenges in consumer electronics development at CETEX Consumer Electronics Test & Development Forum and Expo at RAI in Amsterdam.

Mar 06, 2025 | 新闻发布 | Test & measurement

Rohde & Schwarz is set to present a comprehensive suite of EMC and field strength test equipment at the EMV show 2025 in Stuttgart from March 25 to 27, 2025. The display will include standalone instruments, software, and systems designed to meet various industry standards. The solutions support commercial, automotive, military and aerospace standards, as well as ETSI and FCC standards. Visitors can witness these innovative demonstrations at booth number 615.

Jun 06, 2024 | 新闻发布 | Wireless communications

The United States Department of Commerce will provide funding to promote the deployment of open networks in the U.S. and abroad. Rohde & Schwarz and VIAVI offer joint test solutions to meet the needs of radio equipment manufacturers who plan to apply for the funding.

May 05, 2022 | 新闻发布 | Test & measurement

The power electronics community will come together again at PCIM Europe in Nuremberg from May 10 to 12, 2022. Rohde & Schwarz is joining to demonstrate its latest test solutions for developers of power supplies and other power electronics. The company’s experts share their know-how about applications like stability analysis, power integrity and component testing as well as EMI debugging and EMI precompliance testing at the Rohde & Schwarz booth 452 in hall 7.

PAM-N Analysis with the R&S RTP Oscilloscope (Part 1) Learn about key advantages of the PAM-N analysis option on the R&S RTP & RTO6 oscilloscopes. Start with the Signal Configurator.

Mar 21, 2022 | 新闻发布 | Test & measurement

At DesignCon 2022, Rohde & Schwarz will showcase live demos covering industry trends in cooperation with industry experts such as Samtec, ataitec, Clear Signal Solutions, and more.

PAM-N Analysis with the R&S RTP Oscilloscope (Part 3) Learn about key advantages of the PAM-N analysis option on the R&S RTP & RTO6 oscilloscopes together with the Advanced Eye option to characterize and verify signal transitions.

Feb 13, 2025 | 新闻发布 | Test & measurement

Rohde & Schwarz will present its advanced test and measurement solutions for the embedded industry at the embedded world, to tackle the emerging challenges in all embedded systems: From energy efficiency and electromagnetic interference to digital design and connectivity.