We are offering our valued SierraConnect members a chance to win a seat (worth $245) for Karen Burnham’s highly sought-after seminar on unintentional antennas and solving EMI problems. Here’s how you can enter:
This contest runs from June 25th to July 5th, and the lucky winner will be announced on July 8th.
See the class details and agenda here.
Good luck!
What are some simple, yet effective, design changes that can significantly reduce the risk of EMI/EMC problems?
How do you visualize the electric and magnetic lines of force propagating through a trace acting as an antenna?
The presence of the antennae is one thing, but what are the top ways of accidentally putting energy into them?
When pushing designs into the mm-Wave spectrum, the shorter wavelengths cause a lot more unintentional antennas. What tips do you recommend to avoid these problems and create EMI-compliant systems at mm-Wave?
In PCB Design, there are a few ways to create the antenna while designing, we have the rules to avoid or prevent the antennas. what are you trying to say unintentional antenna?
How to avoid confusion between the source the coupling mechanisms and the radiator to avoid chasing phantoms during EMI failure analysis?
How important is to build Phased Array Antenna Module (PAAM) with controlled impedance?
1-How imperfections in PCB build could cause EMI problems at FR2 range?
2-What is the most common issue in RRH/RRU (remote radio head/remote radio unit) products for base stations:
electromagnetic interference (EMI) or electromagnetic susceptibility (EMS)? and what of these are more easy to fix?
Congratulations to @ed.policarpio who wins the free seat for Karen’s class! 
Thanks everyone for participating! As a token of appreciation, I can give you a 50% discount so $120 instead of $245. Let me know if you’re interested @Fen @Joss.Spear @jonathan.lloyd.riley @cruzft854 @dineshindiaa 
These are fantastic questions, and I’ll make sure to address all of them during the seminar!
-=-Karen Burnham
Chief EMC Engineer