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panelized design

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2026-05-15 23:28:16 +02:00
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@@ -12,7 +12,7 @@ Designed in **KiCad v9**.
## Table of Contents ## Table of Contents
1. [Features](#features) 1. [Features](#features)
2. [Hardware Design (KiCad)](#hardware-design-kicad) 2. [Hardware Design (KiCad)](#hardware-design-kicad)
3. [Panel Design](#panel-design) 3. [Panel Design and GCode](#panel-design-and-gcode)
4. [Microcontroller Pin Mapping](#microcontroller-pin-mapping) 4. [Microcontroller Pin Mapping](#microcontroller-pin-mapping)
5. [Firmware Logic](#firmware-logic) 5. [Firmware Logic](#firmware-logic)
6. [Development & Programming](#development--programming) 6. [Development & Programming](#development--programming)
@@ -30,7 +30,7 @@ Designed in **KiCad v9**.
* **Sensor Compatibility:** ZJ-S401 (or similar 5V Hall-effect flow sensors). * **Sensor Compatibility:** ZJ-S401 (or similar 5V Hall-effect flow sensors).
* **Output:** 3-pin CNC interface (+5V, GND, ALARM_CNC). Connects directly to standard CNC active-low sinking inputs. * **Output:** 3-pin CNC interface (+5V, GND, ALARM_CNC). Connects directly to standard CNC active-low sinking inputs.
## Panel Design ## Panel Design and GCode
The `scripts` folder contains a guide to panelize the board (`Flow_Controller_Panel.kicad_pcb`) and howto generate gcode. The `scripts` folder contains a guide to panelize the board (`Flow_Controller_Panel.kicad_pcb`) and howto generate gcode.
## Microcontroller Pin Mapping (Per Schematic) ## Microcontroller Pin Mapping (Per Schematic)
@@ -54,3 +54,4 @@ The `scripts` folder contains a guide to panelize the board (`Flow_Controller_Pa
## Development & Programming ## Development & Programming
To flash the CH32V003, you will need a **WCH-LinkE** programmer connected to the 3-pin SWIO header `J1` (+5V, SWIO, GND). To flash the CH32V003, you will need a **WCH-LinkE** programmer connected to the 3-pin SWIO header `J1` (+5V, SWIO, GND).