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Wat is een gemiddelde CPH-snelheid voor handmatige SMD-montage?

Wat zou voor een ervaren persoon de gemiddelde snelheid zijn van het assembleren van componenten voor opbouwmontage op een PCB?? Ervan uitgaande dat ze een bureau hebben dat correct is ingesteld (pick and place station) and the PCB has solder paste already applied.

When soldering is done by hand there are lots of aspects that factor into how fast it can be done. Here are the largest factors for me when I am soldering:

  1. The pitch of the components. I have this cover both IC pitch and 2-pin size. The smaller they are the slower the human has to go to get it set properly.
  2. Through Hole components or SMD or both. Through-hole components will actually take a lot more time to solder in my experience.
  3. How closely spaced the components are. Humans will always make mistakes and the closer the parts are together the harder it will be to fix them. Also the closer they are together the more likely a slip of the hand will cause another component to get hit and have to be fixed.
  4. How organized the parts and documents of assembly are. This one is pretty clear, if it is hard to figure what to put where it is going to take longer.

In general though, I would say it takes me about 45 seconds per part to place the parts on the board. The board can then be baking while more boards are assembled.

#PCB-assemblage

https://www.youtu.be/B7Tiz36H00E?si=BuBguuS_UKnajEcb

Picture of Olivier Smit

Olivier Smit

Oliver is een ervaren elektronica-ingenieur met kennis van PCB-ontwerp, analoge circuits, ingebedde systemen, en prototyping. Zijn diepgaande kennis omvat schematisch vastleggen, firmware-codering, simulatie, indeling, testen, en probleemoplossing. Oliver blinkt uit in het omzetten van projecten van concept naar massaproductie met behulp van zijn elektrische ontwerptalenten en mechanische vaardigheden.
Picture of Olivier Smit

Olivier Smit

Oliver is een ervaren elektronica-ingenieur met kennis van PCB-ontwerp, analoge circuits, ingebedde systemen, en prototyping. Zijn diepgaande kennis omvat schematisch vastleggen, firmware-codering, simulatie, indeling, testen, en probleemoplossing. Oliver blinkt uit in het omzetten van projecten van concept naar massaproductie met behulp van zijn elektrische ontwerptalenten en mechanische vaardigheden.

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