Electromagnetic compatibility (EMC) usually is not the first thing in mind while working with mm-wave antennas. An engineer has a lot of challenges to solve within the antenna itself,
Why potting is used First, what is hardware potting? It is a process where you protect electronics from various effects by filling an enclosure of the electronics with a
When designing and simulating periodical structures, like arrays, the engineer wants to have a reliable tool, that doesn’t require hours of setting up. Simulation time plays a significant role
I wish I would have come across this terminology earlier when I was teaching electronics designing. It would have been so much easier to categorise the different electronics testing
Mm-waves have become a well-known and desired frequency band, thanks to 5G FR2 and RADAR applications. Antenna designers have learned how tricky antenna systems can be on those frequencies
In the beginning of August I gave a presentation on #EMC2021. Event lasted whole week and gathered a lot of 5G and mm-wave enthusiasts. I was talking about my
Nowadays almost every specification for 5G device states dual-polarization as a basic and mandatory feature. Dual-polarized antennas became a part of everyday work for most RF engineers, but mmWave
1. Introduction Fifth generation of mobile cellular networks (5G) is going to create a bridge to the future into the world of wireless technology due to the promising features
Implementation of 5G mm-Wave technology requires a lot of significant changes in antenna design engineers’ work. Antennas’ specification becomes more and more complicated: wideband and dual-band support, high gain,
5G mm-Wave era brings significant changes to many areas of our life. New technology requires not only completely novel approaches in concepting and design but also in the manufacturing
