[KiCad 1편] 녹칸다와 함께 아두이노(arduino)를 재미있게 활용하기 위한 PCB보드의 제작을 kicad로 시작하기!(녹칸다의 내맘대로 KiCad 튜토리얼)

[KiCad #1] Start making PCB boards with kiCad to have fun using Arduino with Nockanda!(tutorial) (The kicad project implemented in the live broadcast is compressed and uploaded to Nockanda’s blog!) https://bota.tistory.com/2245 This is Nockanda's My Way kicad series! (Caution) Nockanda only knows a little bit of coding, but is not specialized in making PCB boards! We plan to cover the content at a level that makes using Arduino fun! There is no set amount, just do as much as you can during the 3 hour live broadcast! Be sure to use Google's shared slides as reference material during the live broadcast! (You will be asked to write in real time during the live broadcast) https://docs.google.com/presentation/... (If you click the link, it is shared with everyone so anyone can see it) This episode is a tutorial on how to use kicad in general! Let’s proceed with the table of contents below! 1. How to install kicad and precautions 2. First, just make a PCB board! (Understand the flow) 3.Get familiar with the terminology used in kicad 4. Become familiar with the connection method of the circuit diagram 5. Create some examples to practice with

[KiCad #2] Learn how to apply copper pour and learn about frequently used connectors!
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[KiCad #2] Learn how to apply copper pour and learn about frequently used connectors!

KiCad 9 Hardware Design Tutorial (TI MSPM0) (1/2 Schematic) - Phil's Lab #165
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KiCad 9 Hardware Design Tutorial (TI MSPM0) (1/2 Schematic) - Phil's Lab #165

If I knew it when I was in college, I always use it. With AI, I just develop PCB hardware.
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If I knew it when I was in college, I always use it. With AI, I just develop PCB hardware.

Pico Course for Beginners | Coding, Electronics and Microcontrollers
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Pico Course for Beginners | Coding, Electronics and Microcontrollers

[PCB#4] 심볼과 풋프린트를 직접 만들어서 사용해보기!(녹칸다 easyeda시리즈)
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[PCB#4] 심볼과 풋프린트를 직접 만들어서 사용해보기!(녹칸다 easyeda시리즈)

KiCad 9: Design of a Raspberry PICO IoT device on 4-layer PCB with sensors and more. Complete Guide.
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KiCad 9: Design of a Raspberry PICO IoT device on 4-layer PCB with sensors and more. Complete Guide.

KiCad 6 STM32 PCB Design Full Tutorial - Phil's Lab #65
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KiCad 6 STM32 PCB Design Full Tutorial - Phil's Lab #65

[PCB#10] 아두이노(arduino) 보드를 직접 DIY할수 있는 PCB, PCBA 주문해보기 이어서 해보기!(녹칸다 easyeda시리즈)
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[PCB#10] 아두이노(arduino) 보드를 직접 DIY할수 있는 PCB, PCBA 주문해보기 이어서 해보기!(녹칸다 easyeda시리즈)

키보드 PCB를 만들어봅시다 (1/2) feat. JLCPCB
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키보드 PCB를 만들어봅시다 (1/2) feat. JLCPCB

Uninterrupted Deep Work Mix ~ Immersive Productivity Soundscape ~ Neural Focus Study Music
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Uninterrupted Deep Work Mix ~ Immersive Productivity Soundscape ~ Neural Focus Study Music

KiCad for Beginners | Step by Step Tutorial to get started | 2025
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KiCad for Beginners | Step by Step Tutorial to get started | 2025

[PCB#8] JLCPCB에서 PCB를 납땜까지 싹 해주는 PCBA주문하는 방법 알아보기!(녹칸다 easyeda시리즈)
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[PCB#8] JLCPCB에서 PCB를 납땜까지 싹 해주는 PCBA주문하는 방법 알아보기!(녹칸다 easyeda시리즈)

KiCAD 사용법 강좌-회로도 심볼 그리기
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KiCAD 사용법 강좌-회로도 심볼 그리기

STM32 PCB Design - Complete Walkthrough - Altium Designer & JLCPCB - Phil's Lab #41
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STM32 PCB Design - Complete Walkthrough - Altium Designer & JLCPCB - Phil's Lab #41

Kicad Beginner Tutorial- A Traffic Light for Arduino ( RE-UPLOADED, Twice )
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Kicad Beginner Tutorial- A Traffic Light for Arduino ( RE-UPLOADED, Twice )

Don't Pick the Wrong OLED! I²C and SPI Explained for Arduino & ESP32
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Don't Pick the Wrong OLED! I²C and SPI Explained for Arduino & ESP32

How to Design a Custom ESP32 PCB in 19 Minutes (Full Tutorial)
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How to Design a Custom ESP32 PCB in 19 Minutes (Full Tutorial)

[PCB#7] 본격 PCB를 JLCPCB에 주문하는 방법과 절차를 알아보기!(녹칸다 easyeda시리즈)
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[PCB#7] 본격 PCB를 JLCPCB에 주문하는 방법과 절차를 알아보기!(녹칸다 easyeda시리즈)

Don’t Buy the Wrong ESP in 2026 - Ultimate ESP Comparison Guide
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Don’t Buy the Wrong ESP in 2026 - Ultimate ESP Comparison Guide