[sdiy] PCB faceplate large hole creation?
mbryant at futurehorizons.com
Thu May 27 22:43:08 CEST 2021
The rotation thing is usually with footprints imported from other tools, as EasyEDA freely admit they don't follow the same standard as other tools. The footprints they entered are fine, but in any case they hand edit the PnP file to make sure everything comes back in the correct rotation.
As for differential pair routing, to do it properly you need a professional tool like Zuken or Mentor. EasyEDA makes a hash of it but KiCad is even worse. I've seen it put all the padding on the far end so for most of the pair they aren't anything like in antiphase. I haven't tried DipTrace so can't comment on that.
The parts thing has been fixed - it now specifically says if it's available on the JLCPCB SMD machines or not, so in fact you tend to ignore the LCSC tab totally.
The main advantage of using EasyEDA, even if importing it from another tool, is you know the Gerbers being sent are in the format they like. Sending KiCad Gerbers directly is a gamble - sometimes ok, sometimes not.
From: Synth-diy [mailto:synth-diy-bounces at synth-diy.org] On Behalf Of Steve via Synth-diy
Sent: 27 May 2021 20:30
To: synth-diy at synth-diy.org
Subject: Re: [sdiy] PCB faceplate large hole creation?
has (last I tried a year ago) a lot of really stupid bugs / "features", though. A lot worse than DipTrace.
While I can't remember all the things, one issues is with their parts libraries that make it seem you'll be saving time.
But the number of parts that will generate totally wrong (rotation and
translation) pick & place data is not small.
Ah, and, you may not care about this particular feature, but it is representative of the level of stupidity encountered in others as well:
- Differential pair routing: You can place one set of traces with that.
Once it is placed, there is no diff-pair entity in your project, that's just a temporary creation mode. After that, you have regular traces that happen to be a differential pair - unless you touch it anywhere... No edit, route it completely anew then.
Oh, and the selection of copper pours seems to work only if you exactly hit 1 pixel wide boundaries - that was annoying to no end.
It seemed nice initially, as it's so integrated with ther PCB manufacturer - more or less. (Beware of LCSC parts it shows you to select from, to readily drop in, without n eeding to make own footprints etc - most of them are not available at their partner (?) JLCPCB, if you want to use them) At some level of pacepalm and frustration, I ditched that thing.
(I use DipTrace)
Am 27.05.2021 um 19:32 schrieb doug at synthark.com:
> Thanks for the EasyEDA tip too. I like that it's Linux compatible
> (Diptrace is not). I'll see how easy it is to map my mind from
> Diptrace to EasyEDA (Diptrace to KiCAD was a miserable failure).
> Doug Huseby
> On 2021-05-27 10:38, Mike Bryant wrote:
>> If you're not using EasyEDA then make sure you fully check the
>> Gerbers they return to you for sign off as you'll find small changes.
>> Using EasyEDA avoids this.
>> -----Original Message-----
>> From: doug at synthark.com [mailto:doug at synthark.com]
>> Sent: 27 May 2021 17:36
>> To: Mike Bryant
>> Cc: Synth-diy
>> Subject: Re: [sdiy] PCB faceplate large hole creation?
>> Ah, thanks for the tip! I was overthinking it. I found the Board
>> Cutout layer and built the holes that way.
>> BTW, I'm also using JLCPCB.
>> Doug Huseby
>> On 2021-05-27 09:23, Mike Bryant wrote:
>>> Depends on who is making the PCB. JLCPCB use a laser cutter to cut
>>> any shape in the PCB. I had some large fan sized holes with
>>> crosshairs in my last order. Best to use the tool of the PCB
>>> manufacturer for something like this though
>>> -----Original Message-----
>>> From: Synth-diy [mailto:synth-diy-bounces at synth-diy.org] On Behalf
>>> Of doug at synthark.com
>>> Sent: 27 May 2021 16:05
>>> To: Synth-diy
>>> Subject: [sdiy] PCB faceplate large hole creation?
>>> I'm building a jack faceplate, which requires large holes (MIDI, USB).
>>> While I can create the holes in my PCB tool (DipTrace), it flags
>>> most of the holes as DRC violations (too large to drill, > 0.2"),
>>> which makes sense, since PCB fabs probably aren't setup to drill
>>> large holes. I'm guessing my best solution would be to CNC the PCB
>>> after it's fab'd (since the USB hole is not circular). Can anyone
>>> confirm or provide a better solution?
>>> Doug Huseby
>>> Synth-diy mailing list
>>> Synth-diy at synth-diy.org
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