EMC design for high power IGBT PCB driver

Hello folks!

I need to design a PCB driver with a FPGA to manage the control signals 
of several high power IGBT. These IGBTs are going to drive a lot of 
current (around 7000 Amp) and I need to do a robust PCB design.

I have been doing some EMC PCB designs for low power applications 
(maximum 3 Amp) and they are working very well. However I have never 
done a EMC PCB design for very high power application and I have been 
searching some guidelines:

http://www.st.com/st-web-ui/static/active/cn/resource/technical/document/application_note/DM00182773.pdf
http://www.onsemi.com/pub_link/Collateral/AND9071-D.PDF

Therefore I would like to know your opinion about the previous links and 
if there is anything else that should I have into account to do the PCB 
design of this IGBT driver…

Ahh and finally we are planning to use a Spartan 3A from Xilinx to 
handle the IGBT control lines. Xilinx is a good manufacturer for this 
applications or do you think that for this special application there are 
other manufacturers which can me provide me special EMC/EMI FPGAs?