Just looked at your project. Can't see anything wrong with the schematic or PCB: ![enter image description here][1] ![enter image description here][2] Once I added the package `Multi-turn_Potentiometer` to my favourites, the schematic converted to PCB with no problems. [1]: /editor/20180128/5a6cfece5fa99.png [2]: /editor/20180128/5a6cfe700f020.png

I've added a female header 1x5 on the pcb in PCB Converter and doesn't show on the schematic (Don't know where to add it on schematic). And just saw that de In and Out are not connected either. IN should be connected to the wire between R1 and C1 and and OUT to the out of D2? Thanks again

My bad, not a female header but i don't know what is called? (to connect the exterior components)

I think i got some things figured out. My only question left is the connections for my Input and Output. Are they correct?

Please see (4), (5) & (6) in: https://easyeda.com/andyfierman/Welcome_to_EasyEDA-31e1288f882e49e582699b8eb7fe9b1f

Thanks Andy, Everything is checked and no errors. My question is with my Input and Output. If my connections are correct. If i check my schematic the input is connected C1 and Output to D2 does it make sens?

@dafunkmonkey73 Hi I see you use the arrow to indicate the input and output, are you want to give them a net port? or just indication?

* You now have 3 different PCBs in the project, all with the same name. Which one are you asking about? * In all 3 you have a connector on the PCB that does not appear in the schematic. If you do `Update PCB...` from the Schematic Editor or `Import Changes...` from the PCB Editor, that connector will be deleted as described in (2) and (4) in the linked documents above. It is much better to simply add a 1x5 header in the schematic and assign a suitable package name to the schematic symbol. * In one of your PCBs you have a redundant loop of copper around the board perimeter. * In another you have a track shorting across the pot pins. * Guitar efects are used in an electrically noisy environment. Adding a ground (GND) copper area on the bottom layer and a copper area for 9V on the top layer - or at least maximise the width of the 9V track from the connector to the decoupling cap, C4 - would help to reduce the amount of hum and noise your board will pick up. Your layout is made to look nice, not to optimise the signal flow through it: please see the second linked document in (2) and see (4) in my link above. This would also help to reduce the amount of hum and noise your board will pick up.

Thanks a lot, will check everything again.