Protel 99se does not generate drill guide

#Protel 99se does not generate drill guide how to#
#Protel 99se does not generate drill guide software#
#Protel 99se does not generate drill guide series#

Next, select the CAM Processor tool at the top of your interface or select File В» CAM Processor to open the CAM Processor dialog.

Open your PCB layout (.brd) file in the Autodesk EAGLE Control Panel.

#Protel 99se does not generate drill guide series#

This will provide us with five individual Gerber files for the LED Flasher project we completed in our PCB Layout Basics Series Part 1, Part 2, and Part 3. In our example, weвЂ™re going to load up the Gerber RS-274X CAM file. Generating Your Gerber FilesДЄutodesk EAGLE includes a handy computer-aided manufacturing (CAM) processor that allows you to load a CAM file and quickly generate the specific files you need for your design.

#Protel 99se does not generate drill guide how to#

Now that youвЂ™ve got a general idea of what Gerber and Drill Files are about letвЂ™s dive into Autodesk EAGLE and see how to generate them. Just as a heads up, you might also hear of an NC Drill File being referred to as an Excellon file, which is based on the drilling and routing machines that were made by the Excellon corporation back in the day. The NC (Numeric Controlled) Drill File will be used to determine exactly where all of your drill holes are placed on your board and what size they need to be.

This is actually as a secondary file that youвЂ™ll need to send to your manufacturer along with your Gerbers.

You might have noticed that one thing missing from the table above is any reference to a drill file. WeвЂ™d always recommend using the Gerber RS-274X format thereвЂ™s no reason not to these days. Regarding having to manage your design data, this makes it a whole lot easier when you only have to keep track of one file per layer instead of two. The newer X standard has done away with the two file format and contains all of the information about a layer in a single file. The D format is the older standard and will use two files per layer on your PCB. The standard file extensions youвЂ™ll work within Autodesk EAGLE today include:ДЄnother thing to remember about Gerbers is their available formats вЂ“ Gerber RS-274D and Gerber RS-274X. The trick with Gerbers is that every file you generate will be associated with a particular layer on your board layout, each with its own unique file extension. These days, Gerbers are used to controls a laser plotting machine to make an image of all the traces, holes, vias on your PCB layout. When Gerber artwork was first invented, they were used to provide instructions to a photoplotter machine that would create a picture of your PCB using light on a unexposed piece of film. These files describe the copper of every layer in your PCB in a way that a computer-aided manufacturing system (CAM) can understand. Instead of relying on native file formats, every PCB design tool supports an intermediary manufacturing files, called Gerbers. Imagine if a manufacturer had to keep track of every native file format from each PCB design tool, throughout all time. There are a ton of other offerings, all with their own native file format.

#Protel 99se does not generate drill guide software#

As we all know, Autodesk EAGLE isnвЂ™t the only PCB design software out there. After all, canвЂ™t you just send your Autodesk EAGLE schematic and layout files directly to your manufacturer and let them handle the rest? If only it were that easy. If youвЂ™ve never had a board manufactured, then hearing about Gerbers, Excellon, and NC Drill Files might sound like a foreign language. YouвЂ™ll have to send them Gerber Files and Excellon Drill Files. But how does a manufacturer know how to make your PCB? They canвЂ™t use your native EAGLE files. And once they have everything they need, you get to sit back and wait for a package to arrive. ItвЂ™s at this juncture where youвЂ™re tasked with assembling all of the files and documentation that your manufacturer will need to successfully produce your board. Now itвЂ™s time to move on over to the post-design process to get ready for PCB manufacturing. The wait can seem like an eternity when you first hand-off your design files, but when you receive that package on your doorstep, itвЂ™s like an engineerвЂ™s Christmas! In our PCB Basics Series weвЂ™ve gone through the entire design process, starting with a visual representation of your circuit in schematic design, and then moving on to squeezing all of that theory into a physical footprint with components and traces. ThereвЂ™s no greater reward than spending hours designing every last detail of your PCB and then finally getting your board back from your manufacturer. PCB Manufacturing Basics Part 1: How to Generate Your Gerber and Drill Files Gerber & NC Drill: PCB Manufacturing Basics 1