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Messages - RCx03
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Project logs / Re: Really universal soldering controller
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Project logs / Re: Really universal soldering controller
To the fault database:
with the connected handle without cartridge on the display blinking SENSOR OPEN -> 511C
in the calibration menu the parameter ADC floats in the interval 1023 - 1018.
the cause of the malfunction Oled 2.42" DIY MORE.
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Could you tell me a bit more about this? I have the same one, did it not work at all with the OLED installed?
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Project logs / Re: Really universal soldering controller
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Project logs / Re: Really universal soldering controller
Did you try it?Tried it with no power pin between PICKit and Front board.
Programmer to target power is enabled - VDD = 3.250000 volts.
Unable to connect to the target device.
Failed to get Device ID
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Project logs / Re: Really universal soldering controller
Quote
Supply MCU from backboard with 3.3v or with an external power source. Do not use ( disconnect ) power supply pin from PICKIT to the front board (do not power front board from PICkit)
Alrighty, so here's the steps I follow:
Quote
1. "You can NOT program the PIC via the PicKit2/3 standalone programming software. You have to put the programmer into MPLab mode in the standalone software then program it via MPLab."from salavat on February 16, 2019.
I have not been able to use Pickit in standalone mode, use it in MPLab mode.
2. Connect Pickit to UniS board, 'arrow' pin on Pickit should connect to programming pin UniS board - it is the only one with SQUARE pad, others are round pads. 5 pins on UniS board used out 6 pins on Pickit, pin 6 is not used.
3. Hold the button on Pickit, while holding connect it to USB
4. Start MPLab IPE (not IDE app within the package, which is for development purposes)
5. After Pickit starts flashing release the button
6. In MPlab choose the MCU to program - PIC32... (take it from BOM). Power up UniS board from the back board.
7. Hit connect in MPLab. You see that MPlab uploads firmware to Pickit itself, prepares firmware to PIC32 etc.
8. Now choose HEX file - front/US_firmware.../dist/PIC32...standalone/production/US_Firmware.X.production.hex
9. Hit 'Program'. At the end you should see something like 'programming successful' and your UniS should come to live ('NO INSTRUMENT' message, etc)
So the only difference is not connecting the power supply pin from the pickit and using only backboard power?
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Project logs / Re: Really universal soldering controller
I'm currently stuck and could use some help figuring out this firmware uploading. I'm using a PICKit3, the latest version of the Firmware published on github, Ver. 5.5 of the MPLab IPE. I'm able to connect to my PICKit fine, but when I try to connect to the PIC32 on the board, I receive this error:
' Currently loaded firmware on PICkit 3
' Firmware Suite Version.....01.56.09
' Firmware type..............PIC32MX
' Too much current has been drawn on VDD. Please disconnect your circuit, check the CLK and DATA lines for shorts and then reconnect.
' Programmer to target power is enabled - VDD = 3.250000 volts.
' Too much current has been drawn on VDD. Please disconnect your circuit, check the CLK and DATA lines for shorts and then reconnect.
' Unable to connect to the target device.
' Failed to get Device ID
I've tried to verify where I can that there's no shorts or cold solder joints, but without the board I'm sure theres parts I missed. Any help would be very appreciated!
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Project logs / Re: Really universal soldering controller
It is still 3 pads since the middle pin and base are common. This depends on the brand and package type, both work fine.
Thanks for the clarification.
Lastly, an the MCP6V28 be replaced with a MCP6V26? Looking at the schematics and datasheets they seem pin compatible but the 28 has a Clock Select pin that unconnected.
Just want to make sure there's no functionality I'll be missing out on by replacing it with a MCP6V26.
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Project logs / Re: Really universal soldering controller
For Q1 I purchased a MDJ122G which is the same ID on the BOM but when soldering I was bit confused as Q1 has three pads for leads while the MDJ122G only has 2 leads and a tab. Does that matter? Not too used to specific package types so I wanted to make sure that this one will work, or if I need to replace it.
Thanks for the help.
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Project logs / Re: Really universal soldering controller
1: I use Amphenol T 3527 100 paired with T 3524 501Thanks for getting back to me!
2: That display will work.
Taking a look at some of the specifics on it's datasheets and it seems to line up with what's in the firmware as well. I'll post back as I start putting it all together.
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Project logs / Re: Really universal soldering controller
I just started putting together the components for this project. PCB ordered and on the way. I wanted to ask a couple questions:
1. What are the connectors for the irons have you used. I've been looking at Amphenol (FLBC-08FGMS-GCP-211) or Hirose (RM15WTPZ-8P(71)) 8-Pins but wanted to check in here to see if there's some less expensive options.
2. What sort of larger displays do you suggest. Looking through previous form posts I saw that the SSD1306/7/8 series should work, but could something like this work? 2.4" Display from amazon