Ansys Electronics’ Post

Are you struggling with EMC problems in your electronics designs? Visualizing the design issues can be the key to solving them! This video captures a digital twin of radiated emissions from a #PCB & chassis inside an anechoic test chamber. The animated colors represent electric field results predicted via simulation. Realistic visualization of #Ansys #EMC Plus results is now possible by leveraging NVIDIA’s #Omniverse with the latest release! For more information on the latest capabilities in simulating full-platform electromagnetic events such as EMI/EMC and ESD, make sure to register for our upcoming webinar on July 23! Registration link: https://ansys.me/3Wh3mC2

Would you like to learn how you can increase the energy efficiency of your electric aircraft using permanent magnet synchronous motors (PMSMs)? Join Dr. Shi-Uk Chung on July 31, at 10h30AM (PDT) at the AIAA/IEEE Electric Aircraft Technologies Symposium in Las Vegas, NV, and hear how the use of contra-rotating PMSMs result in higher energy efficiency compared with conventional propellers. https://ansys.me/3WfM7Rv

Designing PCBs in consumer electronic devices require a good understanding of electromagnetic fields and forces in electronic components. Moreover, simulations can be computationally intensive and time-consuming. You can reduce your simulation time with the high-performance computing (HPC) capability built into the Ansys Maxwell tool. Discover why the world's largest consumer electronics companies use Maxwell to solve the many low frequency challenges they encountered in the design of consumer electronic devices. Join us tomorrow, Tuesday July 9, by clicking on the webinar link below: https://ansys.me/4cupDCh

Designing PCBs in consumer electronic devices require a good understanding of electromagnetic fields and forces in electronic components. Moreover, simulations can be computationally intensive and time-consuming. You can reduce your simulation time with the high-performance computing (HPC) capability built into the Ansys Maxwell tool. Discover why the world's largest consumer electronics companies use Maxwell to solve the many low frequency challenges they encountered in the design of consumer electronic devices. Join us next Tuesday July 9 by clicking on the webinar link below: https://ansys.me/3LgxXJC

Designing PCBs in consumer electronic devices require a good understanding of electromagnetic fields and forces in electronic components. Moreover, simulations can be computationally intensive and time-consuming. You can reduce your simulation time with the high-performance computing (HPC) capability built into the Ansys Maxwell tool. Discover why the world's largest consumer electronics companies use Maxwell to solve the many low frequency challenges they encountered in the design of consumer electronic devices. Join us next Tuesday July 9 by clicking on the webinar link below: https://ansys.me/4cqB0uG

📢 Last call for “Enabling 6G Technologies” webinar: June 26th! Discover how to implement accurate physics-based digital twins by leveraging the #NVIDIA Aerial #Omniverse Digital Twin (AODT) platform with Ansys Perceive EM to extract AI/ML Synthetic Data for 6G communications research and design. Join our very own Shawn Carpenter to explore 6G’s challenges and future in this webinar. This webinar will showcase how Ansys solutions can facilitate modeling advanced antenna array designs and their functionality in real-world scenarios. This capability is made possible through our cutting-edge #HFSS 3D Component Array technology, which excels in accurately and efficiently simulating complex #antenna arrays. Furthermore, we introduce Ansys Perceive EM, an API-driven, GPU-accelerated, shooting and bouncing rays solver, offering precise wireless channel modeling. By integrating #Ansys Perceive EM with NVIDIAs AODT system-level simulation platform, researchers gain access to advanced visualization tools and precise simulations of #wireless channel responses, meeting the multi-scale simulation requirements essential for 6G development. What attendees will learn · Challenges in the design and implementation of #6G #networks · Advanced antenna simulation techniques for 5G/6G arrays · Simulating a physics-based model of the RF channel · Introduction to the NVIDIA AODT platform, built on Omniverse, for 6G digital twin simulation with Ansys Perceive EM · Extraction of AI/ML synthetic data for 6G communications research Webinar Registration link: https://ansys.me/4blq0xB #electromagnetic #electronics NVIDIA Omniverse #syntheticdata #datascientists

GREAT news for all System and Components Engineers working on the latest EV Powertrain design! A new design and simulation tool is now available at Ansys. Join us this Thursday, June 27 at 11AM EDT (5PM CEST) to hear how you can take your EV powertrain to the next level of design in terms of efficiency and performance, while reducing its cost. Be ready to be blown away! Register now using the link below: https://ansys.me/3zeb1Il

GREAT news for all System and Components Engineers working on the latest EV Powertrain design! A new design and simulation tool is now available at Ansys. Join us next Thursday, June 27 at 11AM EDT (5PM CEST) to hear how you can take your EV powertrain to the next level of design in terms of efficiency and performance, while reducing its cost. Be ready to be blown away! Register now using the link below: https://ansys.me/3KXqa3y

⚡Ansys Electronics Sparks Series: How to Streamline Antenna Arrays Design with HFSS? Are you interested in eliminating the challenges around the complexity, assembly, accuracy, analysis, and resource demands when it comes to designing #antenna arrays? #Ansys #HFSS enables designers to effortlessly explore various antenna array configurations, without compromising accuracy thanks to our industry-leading high-fidelity #electromagnetic solver, best-in-class meshing technology, comprehensive and streamlined analysis, and unique 3D Components approach. Furthermore, this solution is fast and memory-efficient whether for small antenna arrays in cell phones or large, complex arrays for base stations. Watch our #Electronics Sparks short How-to video below for best practices around antenna array modeling. Want to learn how to include your antenna arrays for accurately modeling communication #networks in dynamic and detailed environments? Make sure to catch our upcoming webinar on June 26th on our latest solution for #6G enablement. Webinar Registration link: https://ansys.me/3KQFKxE