Course Content
Introduction to the course
0/2
Welcome to the Course + What You Will Learn
01:27
Why PCB Designing Skill has become a Money Machine ?
01:01
PCB Design Fundamentals
0/7
What is a PCB? Types of PCBs (Single, Double, Multi-layer)
05:15
PCB Build Up & Layer Stackup (Core, PrePeg, Layer count, Via Style etc)
25:34
Components, Package Types & Size Codes
08:51
Schematic Symbols + Footprints + Libraries
03:50
Design Rules + ERC + DRC
08:07
PCB Designing Procedure
04:24
Electronic Component Sourcing
06:08
Signal Integrity & EMI Fundamentals
0/10
What is Signal Integrity ?
02:12
Displacement Current (With a Capacitor Model Example)
07:28
How a Signal Propagate in a PCB ?
07:32
Transmission Lines (Microstrip, Stripline etc)
03:27
Single Ended & Differential Signaling
04:03
Delay Matching / Length Tuning
01:19
Ringing, Crosstalk, Noise , Ground Bounce & EMI
07:09
3W & 20H Rules
03:38
Impedance Controlling & Termination
09:16
How to Choose the Best Layer Stack-up
10:44
PCB Design Softwares & Installation
0/3
Introduction to PCB Design Tools
05:02
Downloading, Installing & Setup Altium Designer
13:54
Downloading, Installing & Setup Easy EDA Pro
06:29
Design Project (4 Layer Wireless Weather Station PCB Design )
0/1
Designing a WI-Fi Based Weather Station PCB With ESP32 S3 WROOM 1
Altium Designer + EasyEDA Training
0/20
Familiarizing with Altium Designer Environment
06:11
Familiarizing with Easy EDA Environment
04:45
Drawing the Schematic
23:21
Importing External Libraries
07:06
IPC 2611 Standard for Symbol Creation
09:08
Creating Custom Components in Altium Designer
28:52
Creating Custom Components in Easy EDA Pro
20:43
Completing The Schematic
46:38
Electrical Rule Check (ERC) + Troubleshooting
16:31
Schematic Optimizations (Adding Net Labels, Net Colors, Additional info etc)
29:18
Choosing a Layer Stack-up and Setting Design Rules
51:03
Schematic to PCB Layout & Custom Board Shapes + Mounting Holes
16:40
3D View, Layout Navigation & Keyboard Shortcuts
11:05
Understanding Design Layers (Top, Bottom, Overlay, Drill, Courtyard, Assembly )
06:40
Component Placements + Best Practices
49:12
Controlled Impedance Trace Designing
07:20
Routing + Layout Optimizations (Single & Differential Routing)
53:04
Creating Copper Fills + Polygon + Stitching Vias + Transfer Vias
23:17
Adding Custom Texts, Logos, Version Numbers
16:40
Design Rule Check (DRC) and Troubleshooting
36:39
Manufacturing & Assembly of your PCB (Using JLCPCB / PCBWay)
0/2
What is Fabrication & Assembly Files & How to Generate Them ?
28:11
How to Order Your PCB (With or Without Assembly) + Shipping + Taxes
34:28
PCB Design Masterclass in Sinhala (සිංහල) | Altium + EasyEDA

පහත කොටසින් අප බලාපොරොත්තු වන්නේ අවට උෂ්ණත්වය (Temperature), ආර්ද්‍රතාවය (Humidity) සහ වායු පීඩනය (Air pressure) මැනිය හැකි WiFi පාදක කරගත් කාලගුණ මධ්‍යස්ථාන PCB එකක් නිර්මාණය කිරීමටයි. මෙම උපාංගය USB C මගින් බල ගැන්වීමට සහ ප්‍රෝග්‍රෑම් (Program) කිරීමට හැකි අතර, මෙහි සංවේදකය (Sensor) ලෙස BME280 ද, ප්‍රධාන පාලකය (MCU) ලෙස ESP32 S3 WROOM 1 N8R8 ද භාවිතා කර ඇත.

Exercise Files
esp32-s3-wroom-1_wroom-1u_datasheet_en.pdf
Size: 1.21 MB
bst-bme280-ds002.pdf
Size: 1.59 MB
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