Well,I finally got my parts today,tried lucs circuit,and x box hackers.Obviously something went awry,in xboxs,I got no spark at all,in lucs my inverter would trip internally anytime it was hooked to the rectifier.The inverter itself works fine,I used it on several different things,it is a 400 watt 110 volt.The rectifier is a 50 amp 1000 volt rectifier.It seems as if I have a short circuit anytime rectifier is hooked up.Anyone have ideas?Thanks in advance,I am trying to learn this.....BTW,if anyone else is in the same boat as me in electronics,here is a great learning tool.....    http://www.allaboutcircuits.com      .For the red light I am getting..the manual says....THE RED LED INDICATOR WILL TURN ON, AND THE INVERTER WILL TURN ITSELF OFF AUTOMATICALLY IF:

1) THE CONTINUOUS DRAW OF THE EQUIPMENT BEING OPERATED SHOULD EVER EXCEED 400 WATTS.

2) THE SURGE DRAW FROM THE EQUIPMENT BEING OPERATED SHOULD EVER EXCEED 800 WATTS.

3) THE CIRCUIT TEMPERATURE SHOULD EVER EXCEED 165 DEG F.

QuoteIt seems as if I have a short circuit anytime rectifier is hooked up.Anyone have ideas?

Did you use the loading current limiting resistor between the inverter and the cap?
If not, the inverter will obviously trip, at least if it is a modern one, which works with a HF switching circuit.
Cheaper ones, which still internally use a conventional 50/60Hz transformer don't have this problem, as the large inductance of the transformer will not allow fast current surges...

No sir,I didnt see a resistor in Lucs circuit.Like I said,I am  very new to electronics,what kind of resistor would I need?Thanks alot.

QuoteNo sir,I didnt see a resistor in Lucs circuit.Like I said,I am  very new to electronics,what kind of resistor would I need?Thanks alot.

Well if you look at the first post in this thread, you will see 2 schematics. In first one you can see a resistor in between the inverter and the capacitor. In the second one you can't. But if you have a very fast reacting modern inverter, it could well be, that it will not work without limiting resistor (or a limiting coil, which would be better, for it would not waste energy)!
If you use a resistor you should limit the maximum current to the one your inverter is able to drive.
This max current is usually indicated on the inverter. Then you can calculate according to U=R*I, how big you resistor has to be. BTW: Off course, the resistor should also be able to withstand the energy it has to dissipate...

Addition: Or as a poster post to this post  indicated, it could also be, that something of your parts has gone...
But I assume you already tested this...if not, then do this first!

Thanks again,ill give it a shot.