Author Topic: [opensource] XMMX | TKL PCB for Cherry and ALPS  (Read 67917 times)

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Offline holycow234234

  • Posts: 9
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #50 on: Mon, 21 June 2021, 14:02:10 »
That looks right to me

Offline faren

  • Posts: 4
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #51 on: Thu, 01 July 2021, 20:13:11 »
Received a batch of the PCBs from JLCPCB, everything is looking good so far. However, the holes for the stem on switches are very snug. Might need break them in somehow.

Offline Uhmkevinkev

  • Posts: 6
  • Location: Australia
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #52 on: Mon, 13 September 2021, 21:20:39 »
Does anyone know what orientation the atmega should be soldered in? They didn't have that part in stock when I had the pcb printed with the smd service.

Offline holycow234234

  • Posts: 9
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #53 on: Mon, 13 September 2021, 21:41:42 »
Does anyone know what orientation the atmega should be soldered in? They didn't have that part in stock when I had the pcb printed with the smd service.
There should be a dot on the silkscreen in one corner that you line up with a dot in one corner of the atmega.

Offline Uhmkevinkev

  • Posts: 6
  • Location: Australia
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #54 on: Mon, 13 September 2021, 23:25:00 »
That's what I thought. Thanks for confirming!

Offline SERAFARR

  • Posts: 1
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #55 on: Wed, 01 December 2021, 16:47:11 »
edit:08.12.2021
nvm, i figured it out.. and i ordered 5 of this pcb.. thanks a lot to all involved !!!
« Last Edit: Wed, 08 December 2021, 06:56:13 by SERAFARR »

Offline drdoc

  • Posts: 4
  • Location: Austin, Texas
Re: [opensource] XMMX | TKL PCB for Cherry and ALPS
« Reply #56 on: Mon, 20 March 2023, 13:37:05 »
Hi,
  The BOM in the original post lists C8-C10 as 0.1uF caps and C3-C7 as 1uF.
  The silkscreen and schematic on easyEDA list C8-C10 as 1uF and C3-C7 as 0.1uF

  Which is correct?

Thanks,
Doc