Rohde & Schwarz solutions for Electronic Design

Last call: Don't miss out on our upcoming webinar! Looking for guidance on what to do when compliance fails? Join our upcoming webinar and discover powerful signal integrity debugging tools such as fast eye diagram analysis, detailed jitter and noise decomposition, and versatile TDR/TDT analysis that can help you quickly to identify the root cause. We will be discussing the details of physical layer compliance testing of Display Port 1.4a / embedded Display Port 1.5 sources. Learn how to overcome test challenges while using R&S®RTP oscilloscope solutions for automated compliance testing. Register now: http://ms.spr.ly/6046lyqps #makeideasreal #electronicdesign

The readers of the German magazine connect professional voted for the "products of the year 2024" - and we were among the winners! In the ICT measurement technology category, the R&S NRP170TWG(N) came in 3rd place. The 170 GHz power sensor allows precise measurements of power levels in the D-band, the R&S NRP170TWG(N) is an easy-to-use pioneer for 6G research. Many thanks to the readers of connect professional, we are very pleased about the prize! #poty24 #testandmeasurement #Innovation #award

Looking for guidance on what to do when compliance fails? Join our upcoming webinar and discover powerful signal integrity debugging tools such as fast eye diagram analysis, detailed jitter and noise decomposition, and versatile TDR/TDT analysis that can help you quickly to identify the root cause. We will be discussing the details of physical layer compliance testing of Display Port 1.4a / embedded Display Port 1.5 sources. Learn how to overcome test challenges while using R&S®RTP oscilloscope solutions for automated compliance testing. Register now: http://ms.spr.ly/6041YCT9Z #makeideasreal #electronicdesign

Register for todays webinar The new webinar is intended for engineers who work on power electronics design and test. In particular, we will be talking about high-speed multi-phase buck converter SoC design, performance, and validation. We will start with an introduction in industry trends and demands for power consumption, management and delivery. Big data, vehicle architecture, autonomous driving, digital and analog chip integration, network infrastructure and A&D applications are driving challenges such as managing lower voltages, higher currents, faster switching times and more. We will be discussing the operational priciples and the benefits multi-phase buck converter designs deliver. Reduction in voltage ripple, improved efficiency with high currents and across various load ranges, accelerated load transient response times, and more make multi-phase buck converters an excellent fit for SoC power designs. You will learn implementations and performance requirements by reference to a core supply for an ADAS ECU. We will be demonstrating measurements with the new 8-channel oscilloscope MXO 5 and illustrating multi-phase buck converter design validation made easy and reliable. Register here: http://ms.spr.ly/6044Ysqy2

This panel of industry experts will discuss new power amplifier innovations such as AI/ML optimization, high efficiency architectures, new thermal solutions/packaging, new materials/substrates (GaN on Si versus GaN on SiC versus GaN on diamond), and power combing technologies including the latest results in high power and efficiency. Please join the online panel and listen to our expert, Markus Lörner on June 25, 2024. Register here http://ms.spr.ly/6046YsLWr

High-frequency (HF) current probes play a crucial role in electromagnetic compatibility (EMC) testing. Tristen Boeckx from Wurth Elektronik has identified the sources of electromagnetic interference (EMI) using a DIY-high-frequency current probe. This enables effective detection and quantification of interference currents, which are displayed on the R&S FPL spectrum analyzer. Read all the details in his post: https://lnkd.in/duC2tnBC #EMIdebugging #SpectrumAnalyzers #EMI

This panel of industry experts will discuss new power amplifier innovations such as AI/ML optimization, high efficiency architectures, new thermal solutions/packaging, new materials/substrates (GaN on Si versus GaN on SiC versus GaN on diamond), and power combing technologies including the latest results in high power and efficiency. Please join the online panel and listen to our expert, Markus Lörner on June 25, 2024. Register here http://ms.spr.ly/6046YsLcu

Register for our new webinar that is intended for engineers who work on power electronics design and test. In particular, we will be talking about high-speed multi-phase buck converter SoC design, performance, and validation. We will start with an introduction in industry trends and demands for power consumption, management and delivery. Big data, vehicle architecture, autonomous driving, digital and analog chip integration, network infrastructure and A&D applications are driving challenges such as managing lower voltages, higher currents, faster switching times and more. We will be discussing the operational priciples and the benefits multi-phase buck converter designs deliver. Reduction in voltage ripple, improved efficiency with high currents and across various load ranges, accelerated load transient response times, and more make multi-phase buck converters an excellent fit for SoC power designs. You will learn implementations and performance requirements by reference to a core supply for an ADAS ECU. We will be demonstrating measurements with the new 8-channel oscilloscope MXO 5 and illustrating multi-phase buck converter design validation made easy and reliable. Register here: http://ms.spr.ly/6042YsqGG

PCIM Europe last week was a blast. It was a great opportunity to meet and exchange with our customers and with industry experts and to showcase our state-of-the-art test and measurement solutions. And also the technical media editors stopped by at our booth. Read what @electronic specifier found at the Rohde & Schwarz booth: http://ms.spr.ly/6040Y0H4o #oscilloscopes #PowerElectronics #pcimeurope

Get the new White paper Advanced eye diagram analysis Eye diagram analysis is vital to debugging high-speed interfaces and assessing data transmission quality. While traditional methods still have significant value, they also have several weaknesses with less accurate or less detailed analysis of signal quality. "Live eye" with an edge trigger provides a first glance but cannot capture non-transitional bits. Continued bit streams with a software CDR requires much more data and time consuming postprocessing. The new approach from Rohde & Schwarz utilizes a configurable hardware CDR for both a true "live eye" view of a signal, while also allowing for continued bit stream analysis by applying the timing information from the hardware CDR for the bit slicing, offering not only the fastest approach to high statistical confidence, but also a more in-depth analysis. Get it here: http://ms.spr.ly/6047YsaDS