Re: Aw: [EVGRAY] Attachments out of order

Body

Hi sven
 The DISCHARGE of the capacitors to the load is non-reflective, but the filling up of the capacitors before they discharge is where you will see reflection back to the input with it going up in draw.
 Capacitor size is very important because too small of UF to caps, 
 now you do not collect all the power that you could be collecting, 
 and too big of UF to caps and now you have the caps working like a resistive load to the system, lugging it up in draw as they fill up between discharges....
 I like to think of the caps a  "resonate-chambers"
 to fill up, then discharge....
 

 Whats good about the collapsing field energy is it fills up caps no problem and very fast with no reflection too,  but again make sure they are not too big of UF....
 

 I would not worry so much about the collapsing field spike destroying everything in it's path and to be  building snubber circuits and such, instead just use ultra fast or hyper fast HV steering diodes to steer and guide that "destructive transient" flyback collapsing field energy into capacitors, then always discharge these capacitors when capacitors are 
"by themselves": alone, and "decoupled" from the system or you will get blow ups.....two stage cap discharge circuit necessity..
 

 These "collector and discharge" caps will stop doing their job if they are already filled up! (now you can get blow ups since collapsing field spikes are not being collected) 
 So you need to find a good discharge rate to the collector caps for your particular system....
 also.when they discharge, now the backspike collapsing field energy is not being collected during discharge period, (because caps must be decoupled when they discharge!)
 And when not being collected, now spikes have no where to go once again and you can have blow-ups, so good idea to have DUAL steering diodes and DUAL caps, discharge cap A when cap B is filling, discharge cap B when cap A is filling,.....      sometimes both caps will fill at same time for a bit of time too,  but alternate the discharging of caps A and B and never do both at same time.....so with a good cap discharge rate as to where caps never fill up to the brim, and alternating two caps with the dual-system idea, and using very fast powerful diodes you should have a good "backemf recoil" collapsing field recovery system and switching should survive....
 ciaoKone