Aeonlabs Solder Reflow Plate Pcb Wifi Ble Nextion Lcd Touch
About the project
Improved Kicad PCB schematics for a DIY Solder Reflow Plate from the original pcb schematic by AfterEarthLTD.
Estimated time: 2 hours
License: Creative Commons Attribution-NonCommercial-ShareAlike CC BY-NC-SA version 4.0 or later (CC BY-NC-SA 4+)
Improved Kicad PCB schematics for a DIY Solder Reflow Plate from the original pcb schematic by AfterEarthLTD
- ESP32 MCU with BLE and WiFi
- Android App to view and control the hot plate temperature
- 120mm x 70mm (Bigger hot plate dimensions)
- 12VDC (5A Minimum)
- 5.5mm x 2.5mm Barrel Jack
- 0.91" OLED Display
- Atmel Mega 328P MCU (this version includes crystal for programming)
- With corner M2.5 holes for placement of an aluminium plate on top of the PCB for extended lifetime and durability.
This is the Gerber & KiCad files for the Youtuber GreatScott! video "The Best way to reflow solder? Hot Plate to the rescue! DIY or Buy"
Check it out here - The Best way to reflow solder? Hot Plate to the rescue! DIY or Buy
You have 2 options:
Download this repository for the KiCad Files
Download the Gerber files in the release section of this repository
alternatively if you do not want to build a PCB by yourself, you can buy here:
The price will be around 30eur plus postage fees.
(I will also deliver the assembled PCB with all the components in place at an aditonal cost).
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PCB Parts list:
2022 Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International
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During my daily work activity I do Research , Prototype and Deployment of Smart AI enabled Technology Solutions. I also Advise and Mentor technology solutions to individuals and organizations (enterprises and institutions). I prototyped and about to publish the 3rd scientific paper on self sensing carbon fiber composite materials for active structural monitoring , and for the past 4 months now, I've been prototyping smart DAC devices to connect such materials to and edge server. The main objective, give life to a structure, by seamlessly integrating any structural element into a remote, live active (or passive) monitoring network with usage of artificial intelligence technologies all together
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