Skip to the content

Boards by Servacek

6 boards

Open-source boards designed in KiCad by Servacek on GitHub, from 2 repositories. A board’s address here is its repository’s there.

  • 2 layers160 × 50 mmNumeri iv9-hodiny atmega328, the printed circuit board in 3D

    Numeri iv9-hodiny atmega328

    Servacek/numeri

    Digitálne hodiny využívajúce na zobrazovanie času sovietské numitrony IV-9. Pomocou rádiového signálu z atómových hodín v Mainflingene sa vedia automaticky zosynchronizovať s absolutným časom.

    77 parts
  • 2 layers71.5 × 23 mmRelay, the printed circuit board in 3D

    Relay

    Servacek/tinytus

    Tiny C99 library which allows you to use existing audio channels for digital transmission. The project was presented and defended at the national round of the SOČ competition and at the TMR UNIZA competition.

    23 parts
  • 2 layers17.8 × 18 mmExternal iv9-socket, the printed circuit board in 3D

    External iv9-socket

    Servacek/numeri

    Digitálne hodiny využívajúce na zobrazovanie času sovietské numitrony IV-9. Pomocou rádiového signálu z atómových hodín v Mainflingene sa vedia automaticky zosynchronizovať s absolutným časom.

    3 parts
  • 2 layers20 × 14.5 mmUsb c panel connector, the printed circuit board in 3D

    Usb c panel connector

    Servacek/numeri

    Digitálne hodiny využívajúce na zobrazovanie času sovietské numitrony IV-9. Pomocou rádiového signálu z atómových hodín v Mainflingene sa vedia automaticky zosynchronizovať s absolutným časom.

    3 parts
  • 2 layers71.5 × 23 mmRelay, the printed circuit board in 3D

    Relay

    Servacek/tinytus

    Tiny C99 library which allows you to use existing audio channels for digital transmission. The project was presented and defended at the national round of the SOČ competition and at the TMR UNIZA competition.

    22 parts
  • 2 layersTinnitus, the printed circuit board in 3D

    Tinnitus

    Servacek/tinytus

    Tiny C99 library which allows you to use existing audio channels for digital transmission. The project was presented and defended at the national round of the SOČ competition and at the TMR UNIZA competition.

    10 parts