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- #ALTIUM 10 PICK AND PLACE OUTPUT MANUAL#
- #ALTIUM 10 PICK AND PLACE OUTPUT FULL#
- #ALTIUM 10 PICK AND PLACE OUTPUT SOFTWARE#
- #ALTIUM 10 PICK AND PLACE OUTPUT PLUS#
This paper presents three ways that will improve the way you prepare a design for manufacturing handoff, making it quicker and eliminating error sources. It’s also not uncommon for the board fabrication house to request new data or additional data from the PCB designer after initial submission.That’s why it’s important to establish a consistent workflow, so that it is easy to locate, organize, and assemble the required documentation.Standardizing on a particular flow, or at least having a standard starting point for datageneration facilitates a less painful post-design process. Other items may be added to or removed from this list, depending on the fabrication and assembly requirements. Handing the design to manufacturing can be a significant part of the project itself, organizing and assembling the set of files that must be provided to the manufacturer for fabrication and assembly.The typical files required are the Bill of Materials (BOM), Gerber files, NC drill files, ODB++ design iles, IPC-2581 files, pick and place step files, and assembly drawings. The project is done, right? Not at all it simply is an intermediate point before the product enters fabrication and assembly into the final product. You’ve completed an exhausting PCB design. Valor MSS Process Preparation from my experience is the most comprehensive package for coverage for NPI Engineering needs.WHY SIMPLIFY THE OUTPUTS GENERATION PROCESS?
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#ALTIUM 10 PICK AND PLACE OUTPUT SOFTWARE#
So in summary there are software tools that can cover all NPI flow and generate a digital data model that can be used in many ways, saving time and catching issues more quickly.
#ALTIUM 10 PICK AND PLACE OUTPUT PLUS#
If want to do Testing Output you need more complex software that can guide you how best to attack a PCB for testing, this needs CAD data - ODB++ data plus BOM, not just basic gerber and PnP to get best NPI flow. If just SMT and seed file for AOI, BOM and PnP and maybe gerber. System is scalable and can get what tools in tool box you need.ĭata needs for programming equipment is dictated by what is needed.
#ALTIUM 10 PICK AND PLACE OUTPUT MANUAL#
Most of all should be a detail oriented person, because all the production will depend on that.Īnother commercial tool is Valor MSS Process Preparation from Mentor-Siemens (Valor), can handle Gerber, PnP, ODB++, Native CAD ASCII Files, BOM and CAD Merge, SMT Pn Programming, AOI exports, DFT Engineering - ICT/Flying Probe programming, Stencil Engineering, Documentation and Manual Assembly Planing. If you don't that much work to keep them busy 40hours, it should be a person with some other responsibilities as well.Could be engineer or technician with enough skills for the job. Includes new product model and documentation creation, new programs for P&P and AOI/SPI,Selective solder processing ECOs and BCNs, and some other long term projects to fill their time completely.
#ALTIUM 10 PICK AND PLACE OUTPUT FULL#
I used to have one person dedicated to do this full time for NPI, but that really depends on the work load that you have. Have your placement file prepared in front - as I mentioned in earlier post you will need a software for that.In this file your coordinates and poalrities will be already correct, so there is nothing to fix later on the machine. Design libraries correctly - you should have polarity convention that matches your P&P and your AOI machines. However, there is cost into it.Ĭontemporary machines provide their own software for programming - most you can do completely offline. This way is very good to maintain proper process of creating your programs and keep everything pretty and organized. You need to spent time creating models - and that is where you will lose time.However this time will be spent in front. All parts and coordinates will come straight from you model, so your programs will be identical to the original documentation. Documentation - comes from the system that you will be using together with BOM, Reference Designators, part numbers. Program each individual machine using data from your model.ġ. Once you create this model, you have all the information that you need to program all your equipment.
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I used CircuitCAM(now Factory Logix), but there are several good systems like that on the market. Use software to create your model(here you will need CAD data for PCBs with many placements). With these numbers you will fill up your Pick and place and AOI libraries. I would recommend using the following sequence if you see a lot of new products all the time.ġ. Programming can be done easier, but you have to pay the price somewhere.