openEMS - An Introduction and Overview Using an EM field solver to design antennas and PCBs
by Thorsten Liebig At: FOSDEM 2019 https://video.fosdem.org/2019/AW1.125... openEMS is an electromagnetic field solver using the FDTD method. The tool can be used to design and understand the electromagnetic behavior of antennas, filters, PCBs and more. It has an Octave (or Matlab) and Python interface to setup and analyze the simulation model. This allows for a great flexibility and the possibility to integrate or interface to other software. The talk will give a short introduction into the FDTD method and for which cases it is suitable, which features it offers, how to get started using the tool and which interfaces to other software already exist. Room: AW1.125 Scheduled start: 2019-02-03 10:00:00+01
▶︎
Medical image reconstruction using the .NET Framework
▶︎
What is a Mixer? Modern RF and Microwave Mixers Explained
▶︎
How To Simulate PCB in Open Source Software
▶︎
Quarter-Wave Transformers Without HFSS
▶︎
Unveiling the Future of Antennas and RF Lenses using Radix™ 3D printable material!
▶︎
"Effective RF And Microwave Design With KiCad" - Seth Hillbrand (KiCon 2019)
▶︎
What Are Phased Arrays?
▶︎
How to Design and Simulate PCB Antenna
▶︎
Getting started with open source ASICs: community, tools & demos!
▶︎
How Microwave Lenses REALLY Work!
▶︎
How are Beamforming and Precoding Related?
▶︎
The Story of the Telegrapher's Equations - from nowhere an unknown genius solves transmission lines
▶︎
I Tried Building a Mapping Drone for Large-Scale Photogrammetry
▶︎
I Hacked This Temu Router. What I Found Should Be Illegal.
▶︎
What is RF?
▶︎
OpenAI’s $1 Trillion Bullsh*t Is Falling Apart
▶︎
Rapid Prototyping RF Filters with Tape & QUCS
▶︎
Rotman Lens openEMS and Blender Simulation Guide
▶︎
What your Differential Pairs Wish You Knew with Rick Hartley - AltiumLive Keynote
▶︎