Semtech has unveiled a new series of 224G linear transimpedance amplifiers and drivers designed for near-packaged optics (NPO) and co-packaged optics (CPO) applications in AI/ML clusters, data centers, and networking systems. The GN1838L and GN42T380 octal TIAs support 500 µm …
224G linear optics support NPO and CPO architectures Read More »
TDK Corporation has unveiled the TDK-Lambda TPF12500-385 series of non-isolated three-phase power supplies, capable of delivering up to 13.1 kW with a nominal output of 12.5 kW at 385 Vdc and boasting a typical efficiency of 97.5%. These power supplies …
Three-phase supplies support 385 Vdc distributed architectures Read More »
In the first part of this article, we explored the principles of Raman scattering and spectroscopy. Now, in this second and final part, we will delve into implementation issues and instrumentation based on these principles. Q: What are some of …
FAQ on Raman scattering and spectroscopy: part 2 Read More »
Signal Hound has introduced Radar Pulse Generator, a licensed upgrade for its VSG60 and VSG200 signal generators that creates radar pulse trains with configurable pulse shape, timing, coding, modulation, and antenna scan patterns. The software includes a sequence editor, supports …
Radar software generates configurable pulse trains for receiver testing Read More »
Tektronix has unveiled two new products designed for high-speed serial and data center power validation tasks. The 7 Series DPO now reaches up to 25 GHz with eight channels and a sample rate of 125 GS/s on the four TekConnect …
Raman spectroscopy is a valuable investigative technique rooted in optical and quantum-physics principles of Raman scattering. It entails shining a laser on a substance and studying the light scattered off its surface. It is commonly used for non-invasive, non-destructive evaluation …
FAQ on Raman scattering and spectroscopy: part 1 Read More »
Written by Bruno Damien, Ecosystem Marketing Director at e-peas. Many IoT devices still rely on disposable batteries, which often become a weak point in their design. This reliance on batteries leads to recurring costs, whether it’s consumers replacing coin cells …
Six steps for designing IoT systems powered by energy harvesting Read More »
While initially deemed too costly for widespread deployment in mobile networks, mmWave technologies are finding application in various other scenarios. With the incorporation of mmWave into cellular standards by 3GPP starting from Release 15, the first for 5G, the telecommunications …
I recently received an intriguing newsletter titled “6G Is Coming … Are You Ready?” which sparked my interest. The newsletter promoted a slide deck discussing the future of mobile connectivity with 6G, authored by two reputable engineers. However, I was …
by Volker Brichzin, Senior Director Engineering, TE Connectivity It’s all about plating In today’s design landscape, engineers are tasked with balancing the need for exceptional signal integrity and mechanical durability with the imperative to reduce production costs and product carbon …
Connector plating gets a sustainability upgrade Read More »
