Hi Guys,
Thank you for time and effort for helpful comments,
I do have two questions:
1) First is regarding how to generate components library. The AD's library is not complete and probably we can not expect it. Situation is like this that new high pin-count device is release, let's assume an FPGA with 1000+ pin, and you need to generate a schematic library. The manufacturer provides "pin name/ pin location/ pin type/ etc." in the a text or excel form. How we can proceed from this point? Need to mention that pin count is high and we require manual editing as low as possible.
2) Second question is related to pick&place process, which rules we should obey to make our design ready for automatic assembly and mounting? It looks that component center plays a crucial role in this regard.
Is there any video or training for this subject? Let's make this question general, which steps and action is needed to be done after finishing PCB design?
Thank you,
Thank you for time and effort for helpful comments,
I do have two questions:
1) First is regarding how to generate components library. The AD's library is not complete and probably we can not expect it. Situation is like this that new high pin-count device is release, let's assume an FPGA with 1000+ pin, and you need to generate a schematic library. The manufacturer provides "pin name/ pin location/ pin type/ etc." in the a text or excel form. How we can proceed from this point? Need to mention that pin count is high and we require manual editing as low as possible.
2) Second question is related to pick&place process, which rules we should obey to make our design ready for automatic assembly and mounting? It looks that component center plays a crucial role in this regard.
Is there any video or training for this subject? Let's make this question general, which steps and action is needed to be done after finishing PCB design?
Thank you,
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