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This Tutorial series is dedicated for learning the basics of Printed Circuit Board design starting from implementing electronics component library until forming PCB fabrication files and making PCB manufacturing order passing through schematics design and PCB layout design.
This playlist will walk you through LoRaWAN based board design that utilizes STM32WLE5CC micro-controller, Li-Ion battery charging circuit, LDR, NTC sensors and optional slot for sensor extension.
In this tutorial, I am sharing my experience in Altium Designer component library formation. minimized schematics and footprint library type is used along the journey of LoRaWAN based board design. It is always a plus for electronics engineer to have good commands in component library management.
In this tutorial, LoRaWAN sensor hub board schematics design is done using Altium Designer. All of the used circuit diagrams used in this design are discussed in details.
In addition to covering Altium designer schematics design commands to Topics to be covered in this tutorial are:
- Li-Ion Battery Charging Circuit-
- Battery Protection Circuit
- LDR, NTC Sensors Interface
- Low Drop Voltage Regulator
- The Use of Bypass Capacitors
- The Use of Pullup and Pulldown Resistors
In this tutorial, STM32WLE5 LoRaWAN sensor hub PCB layout design is done using Altium Designer. Layout design steps, useful shortcuts and Altium command tips are shared.
During the tutorial the following topics are discussed:
- Optimized component placement.
- Interactive routing.
- Polygon ground plane.
- Stitching vias.