The "rev1" zip archive at post 106 is the one I used a few months ago. Seems to be working ok. Maybe there's a later version but I didn't see one when I started the project. I'm not using the I/O board, just PSU and control.
Thanks dbis, I uploaded the power supply file, but not enough, then is need filling in some requirements.
I am not confident, any further advice is welcome.
*Layers
1Layer 2Layers 4Layers
*Max X-Dimension
5cm 10cm 15cm 20cm 25cm 30cm
*Max Y-Dimension
5cm 10cm 15cm 20cm 25cm 30cm
*PCB Thickness
1.6mm 0.6mm 0.8mm 1.0mm 1.2mm 2.0mm
*Copper Thickness
1oz 2oz(1.6mm PCB Thickness)
*Surface Finish
HASLLead-FreeENIG
*Solder Mask Color
Green Red Yellow Blue White Black
I am not confident, any further advice is welcome.
*Layers
1Layer 2Layers 4Layers
*Max X-Dimension
5cm 10cm 15cm 20cm 25cm 30cm
*Max Y-Dimension
5cm 10cm 15cm 20cm 25cm 30cm
*PCB Thickness
1.6mm 0.6mm 0.8mm 1.0mm 1.2mm 2.0mm
*Copper Thickness
1oz 2oz(1.6mm PCB Thickness)
*Surface Finish
HASLLead-FreeENIG
*Solder Mask Color
Green Red Yellow Blue White Black
Attached below a jpg of my order. I got the original info in Autodesk Eagle. I'm attaching that "quote" info box as well. You can download Eagle for free I think. There's also a site mentioned in this thread called Mayhewlabs that has a gerber viewer, pretty cool. Just FYI I think it took about three weeks to get my boards. I chose Deutsche Post. I didn't know DP was in China. I think DP sent it to the states from China and then it was delivered by US postal service. Good luck.
Attachments
Hello everyone
I started the realization of this project and the major problem is the unavailability of the 5LN01SP and so I chose as mentioned in replacement of the FDV301N. These components require an adapter to be set up but I tried another solution with a soldering iron that is not at all adapted but with a little patience and starting the assembly by welding them first.
Here is a detailed description of the stages but we must be sure not to have them deteriorate and a test is required.
Regard's 🙂
I started the realization of this project and the major problem is the unavailability of the 5LN01SP and so I chose as mentioned in replacement of the FDV301N. These components require an adapter to be set up but I tried another solution with a soldering iron that is not at all adapted but with a little patience and starting the assembly by welding them first.
Here is a detailed description of the stages but we must be sure not to have them deteriorate and a test is required.
Regard's 🙂
Attachments
I read in the thread that it was a good replacement and it is mentioned in a BOM.
Attachments
Nice job! Your iron is made by ERSA, isn't it? I've got the same tip and it works rather well for SMD purposes. But, besides my goggles, I need a magnifying lens to do the job.
Best regards!
Hello Pirinha
My soldering iron is a JBC 30ST which is over 25 years of age, i still can solder without a magnifying glass but it is not easy. 😀
thank you 😉
Hi Neb,
In order to use a 1.3" IIC I2C Serial 128x64 OLED display, driver IC: SSH1106 or SSD1306
with Vincent's firmware, what changes must do in code ?
thank you 🙂
In order to use a 1.3" IIC I2C Serial 128x64 OLED display, driver IC: SSH1106 or SSD1306
with Vincent's firmware, what changes must do in code ?
thank you 🙂
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#define AIO //** enables AIO (All-In-One) PCB, comment out for controller only PCB
#define OLED_TYPE Adafruit128x64 // For SSD1306 OLED - exactly one type must be defined, comment out one of the two
//#define OLED_TYPE SH1106_128x64 // For SH1106 OLED