Please note, on my pictures the LED is in the wrong direction! Repeat on the second side, Stock plan:Īfter cleaning away the Flux residues, solder on the ISP Header and the IC socket adapter, and make a solder bridge between the middle and the "GND" labeled pad. Start by applying solder paste (or regular solder) to the pads on the upper side of the PCB and lay in place all SMD components, Stock plan for side 1:ĭouble-check the polarity of al components and reflow the PCB. Before you start to take a part the station you need to assemble the PCB. If you’re working on Electrostatic sensitive devices you always need to bring you and your circuit to the same electrical potential to avoid damaging it. Some Wire Optional: 1x Buzzer 2x additional heatsinks 1x HQ IC socket 20Pin 1x C14 Plug Small neodymium magnets Arduino "Hacked" Sticker Tools: 858D Rework Station (Not kidding) Regular Soldering Iron / Station Screwdrivers, tongs, tweezers Multimeter X-Actor Knife Laboratory power supply with current limitation Atmel Compatible ISP Programmer (STK500 or equivalent) Optional: ESD mat and Wrist strap Oscilloscope ESD Brush Solder Sucker 3D Printer Isolation Transformer Hot glue gun Thermometer Milling mashie or Jigsaw If you've got a different IC please check out the original thread on Materials: 1x - 858D Rework Station (of course), I got mine from Amazon for about 40€ ~ USD42 3x - MK1841D3 to ATMega PCB (by manianac, so all credits to him!), OSH Park, comes in package of 3, but you only need one 1x - ATMega328P VQFN Package 1x - LM358 or equivalent DFN8 Package 2x - 10KΩ resistor 0805 Package 2x - 1KΩ resistor 0805 Package 3x - 390Ω resistor 0805 Package 1x - 100kΩ resistor 0805 Package 1x - 1MΩ resistor 0805 Package 1x - 1Ω resistor 1206 Package 5x - 100nF capacitor 0603 Package 4x - 1♟ capacitor 1206 Package 2x - 10KΩ trimer 3364 Package 1x - LED Color of choice 0608 Package 1x 2圆 Header (ISP Programming) 1x IC socket adapter 20Pin The current model (April 2017) has got a MK1841D3 controller, and it’s the one I’m using. There are 4 different variants with different micros of the 858D out there sold under dozens of different brands. Due there’s no complete guide I decided to write one. I also found an open source project launched by madworm (spitzenpfeil) in 2013 replacing the original 858D temperature controller by an ATmega micro. I looked a bit around and found the 858D to be a very good station for its price. Because there's more and more SMD stuff out there, it was time to get a proper SMD reflow station.
I've got a small electronic lab, where I repair broken electronics and make some small hobby projects.
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