ulti-part com ponent 126 Using additional. (com ponent) 113 Designing Capacitor Designing VCC. Com ponent Editor 111 Designing Resistor. Model 100 Designing BGA-144/13x Real com ponent. Editor 90 Create/Save library Designing Resistor. a pattern library 90 Custom izing Pattern. file for CNC m achine drilling 87 Order PCB Part III Creating Libraries 89 1 Designing. Output 80 DXF Output Gerber Output Create N/C Drill. ation 73 Panelizing Printing Manufacturing. Graphics 59 Copper Pour Locking objects Design Verification Design Inform.

vias 42 Net Classes Manual Routing Measuring trace. a PCB 28 Preparing to route Autorouting Working w ith. schematic size and placing titles 6 3 Configuring. Of course, if you are using the toner transfer method, you would follow the same mirroring rules as described above, as that method requires you to have the image against the board's surface.2 2 DipTrace Tutorial Table of Contents Part I Introduction 4 Part II Creating a simple Schematic and PCB 4 1 Schematic. I also add alignment marks for double-sided boards, tape both transparencies together while observing proper orientation, and then slip the unexposed PCB between the layers. You would not mirror the BOTTOM layer when printing it.įor all boards, I put a little symbol off the active area so I can easily tell which is the printed side. Thus, in printing the TOP layer, you would mirror it. That practice is supposed to give a sharper image on the board. If that is the case, it is common practice to put the printed side (i.e., toner or ink side) of the transparency against the PCB board for exposure. You do mention 'transparency' in your original post, and that could imply that you are using photosensitized PCB boards.

Sorry to joint late, but I didn't notice where you said explicitly how you were transferring the image to the board.

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