Under most circumstances I can see... no... it won't make any difference.
I only wanted to get it to work because it wasn't working on my non 002 version... so I thought something was wrong.... when I found out the thing wasn't installed.... I was happy.... I couldn't care less it it was there or not... but I needed to know if the chip had a problem.. it doesn't.. works perfectly.
Apart form testing, it will never come into use in the real world..... unless your woefully under batteried, and over extending the output... usually the AC control is very tight, less than a volt over 5kw range.
It would be useful to use a nano to take care of battery under voltage and you can use that for ac over/under as well, and just drive the current or temp input to halt operations and restart when you want.
Today I cobbled together a different power board to take advantage of the aerosharp or inspire inverter heat sinks.
This is only a test bed... so don't laugh too much.
The fets are only clamped down onto silicon heat strip... very quick to dismount... it is oddly spaced as it is an old test bed for a solar pumping system I made years ago.
This will be the way I will progress forward...... it is far more buildable without tooling to shape heat sinks etc.... or even no heat sink, and screw it onto a box full of water..... dont see it heating much up though, it is very efficient.
Here it is running a 2kw load for the last 15 mins.... everything is stone cold
and again...
and again...
and then a rainbow came out to celebrate... both ends of it are in the same paddock.... not pots of gold I'm afraid
This looks to be the way to go if you have big heat sinks..... I may go surface mount for this one...... terror.....
...............oztules