Rohde & Schwarz Automotive’s Post

Attention Battery Developers 1) Are You Interested in Reducing Your Battery NPD Cycle Time? 2) Discuss Your Battery Test Bottlenecks/Challenges with the Experts at Battery Show Exhibit (6507).

Batch throughput of optoelectronic devices in a highly reliable, repeatable, and automated framework:

Gain an introduction to the concept of last shift cycle simulation in ATPG in this presentation recently delivered by Ron Press, Sr. Director, Technology Enablement, Tessent. Last shift cycle simulation evaluates the last n shift cycles before capture. This helps the loadable non-scan cells to be initialized with a known value instead of Xs. In his presentation, Ron shares the benefits seen in test coverage and pattern count for ATPG in large complex designs. Watch now to learn more. https://sie.ag/4hiRMi #ATPG #Tessent #DFTMarketLeader #EDA #3DIC #semicondiuctors #SiemensEDA

To design better technology and push society towards a greater future, we first need improved instrumentation to lead the way. In this Mighty Guide, eight experts discuss some of the most important fields of instrumentation and how solutions from Analog Devices enable these advancements.

Did you know that from 10 Gbit/s and more, links need to be tested for dispersion? That’s according to the ITU-T G.650.3. Here’s the good news: EXFO just launched an innovative solution for testing chromatic dispersion (#CD) and polarization mode dispersion (#PMD) to help you fully characterize fibre links, from one end only. Curious about the industry’s only #dispersion analyser that enables technicians to test both CD and PMD from a single location, within 30 seconds? Request a demo first-hand at #SCTETechExpo. 👉https://ow.ly/6u3x50SXL0r

The superior switching performance of Gallium Nitride (GaN) FET enables higher power density for space-constrained applications. Solutions using GaN technology have new challenges to ensure robust operation. This webinar explores how Analog Devices’ GaN power solutions simplify the design process and enable energy-efficient performance.

Come talk to ADI about your GaN design efforts.

The superior switching performance of Gallium Nitride (GaN) FET enables higher power density for space-constrained applications. Solutions using GaN technology have new challenges to ensure robust operation. This webinar explores how Analog Devices’ GaN power solutions simplify the design process and enable energy-efficient performance.

The superior switching performance of Gallium Nitride (GaN) FET enables higher power density for space-constrained applications. Solutions using GaN technology have new challenges to ensure robust operation. This webinar explores how Analog Devices’ GaN power solutions simplify the design process and enable energy-efficient performance.