PCB 설계 Kit PCB 바닥판 바닥글 정리

 

PCB 보드 한글을 영문으로 옮김

 

Arduino 필수 학습 □ 0. 기본 개념 이해 □ 1. 개발 환경 IDE 설정 □ 2. 기본 프로그래밍 □ 3. GPIO 핀 이해와 사용 □ 4. 기본 회로 구성 □ 5. 센서와 액추에이터 사용 □ 6. 직렬 통신 이해 □ 7. 라이브러리 사용 □ 8. 전원 공급 □ 9. 디버깅 기술	Arduino Essential Learning □ 0. Understanding Basic Concepts □ 1. Setting Up the Development Environment IDE □ 2. Basic Programming □ 3. Understanding and Using GPIO Pins □ 4. Basic Circuit Configuration □ 5. Using Sensors and Actuators □ 6. Understanding Serial Communication □ 7. Using Libraries □ 8. Power Supply □ 9. Debugging Techniques 아두이노 IDE 2(통합개발환경) □ Verify/Upload □ Select Board/Port
아두이노 IDE 2(통합개발환경) □ Verify/Upload □ Select Board/Port □ Sketchbook □ Board Manager □ Library Manager □ Debugger □ Search □ Serial Monitor □ Serial Plotter □ Autocomplete □ Auto Formatter □ Firmware Update □ Arduino Cloud	Arduino IDE 2 (Integrated Development Environment)  □ Installing the Arduino IDE 2 □ Verify/Upload □ Select Board/Port □ Sketchbook □ Board Manager □ Library Manager □ Debugger □ Search □ Serial Monitor □ Serial Plotter □ Autocomplete □ Auto Formatter □ Firmware Update □ Arduino Cloud
전자 부품 이미지	전자 부품 이미지
● 아두이노 IDE 설치 https://www.arduino.cc/en/software ● 아두이노 언어 참조 https://www.arduino.cc/reference/en/ ● KiCad 설치 https://www.kicad.org/ ● 전자 부품 3D Model https://www.snapeda.com/ ● 3D 프린터 모델 https://grabcad.com/ ● 변환계산기 https://shorturl.at/Q9Yh6 ● 아두이노 C/C++ 참조 https://www.arduino.cc/reference/en/	코드 깃허브 추가 ● GitHub source code provided https://github.com/kimbongzo/ ● Arduino IDE Installation https://www.arduino.cc/en/software ● Arduino Language Reference https://www.arduino.cc/reference/en/ ● KiCad Installation https://www.kicad.org/ ● Electronic Components 3D Model https://www.snapeda.com/ ● 3D Printer Model https://grabcad.com/ ● Conversion Calculator https://shorturl.at/Q9Yh6 ● Arduino C/C++ Reference https://www.arduino.cc/reference/en/
브레드보드 구조 이미지 (BreadBoard)	Breadboard Structure
미세먼지 모니터 보드 구성회로□ 0. 아두이노 나노 V3 □ 1. 리얼타임 클럭(RTC) □ 2. 버튼-바운스 제거 회로 포함 □ 3. DHT11 온도 습도 회로 □ 4. 미세먼지 센서 커넥터(I2C 인터페이스) □ 5. 0.96인치 OLED 디스플레이(SSD1306, I2C)   □ 6. 조도 센서(LDR 빛 의존 저항) □ 7. DC Barrel Jack Plug(7V~12V 전원)	Fine dust monitor board Circuit configuration □ 0. Arduino Nano V3 □ 1. Real-time clock (RTC) □ 2. Button-bounce removal circuit included □ 3. DHT11 temperature and humidity circuit □ 4. Fine dust sensor connector (I2C interface) □ 5. 0.96 inch OLED display (SSD1306, I2C) □ 6. Light sensor (LDR light-dependent resistor) □ 7. DC Barrel Jack Plug (7V~12V power)
전자 부품 사용법 □  0. 전원공급기 □  1. 저항 □  2. 커패시터 □  3. LED □  4. 다이오드 □  5. 트랜지스터 □  6. 레귤레이터  □  7. 마이크로컨트롤러 □  8. IC □  9. Clock □ 10. 통신	How to Use Electronic Components □ 0. Power Supply □ 1. Resistor □ 2. Capacitor □ 3. LED □ 4. Diode □ 5. Transistor □ 6. Regulator □ 7. Microcontroller □ 8. IC □ 9. Clock □ 10. Communication
전자 제품 제작 10단계 □ 0. 회로 구성의 기본 □ 1. 전압 전류 저항 이해 □ 2. 회로 설계 방법 □ 3. 기본 부품 이해 □ 4. 다이오드와 커패시터 □ 5. 트랜지스터 스위치 □ 6. 납땜 배우기 □ 7. IC 사용 회로 구성 □ 8. 회로기판 PCB 설계 □ 9. 마이크로 컨트롤러	10 Steps to Making Electronic Products □ 0. Basics of Circuit Configuration □ 1. Understanding Voltage, Current, and Resistance □ 2. Circuit Design Methods □ 3. Understanding Basic Components □ 4. Diodes and Capacitors □ 5. Transistor Switches □ 6. Learning to Solder □ 7. Circuit Configuration Using ICs □ 8. Circuit Board PCB Design □ 9. Microcontroller
KiCad PCB 제작 단계 □  0. KiCad 설치 □  1. 프로젝트 생성/복사 □  2. 회로도 그리기 □  3. 자신의 라이브러리 □  4. 자신의 부품 □  5. THT vs SMD □  6. 전원 공급 방법 □  7. 커넥터 할당 □  8. 풋프린트 할당 □  9. PCB 부품 배치 □ 10. 배선 작업(라우팅) □ 11, 부품 회전 R □ 12. 뒷면 비아홀 V □ 13. 배선 검증 □ 14. 마운팅 구멍  □ 15. 구리 영역 B □ 16. Silk 글쓰기 □ 17. 로고 이미지 삽입 □ 18. 모서리 둘굴게 □ 19. 거버파일 생성 □ 20. 거버파일 검증 □ 21. JLCPCB 주문 □ 22. BOM 출력 □ 23. 부품 발주 □ 24. PCB 입고 조립	KiCad PCB Manufacturing Steps □ 0. KiCad Installation □ 1. Create/Copy Project □ 2. Draw Schematic □ 3. Your Own Library □ 4. Your Own Components □ 5. THT vs SMD □ 6. Power Supply Method □ 7. Connector Assignment □ 8. Footprint Assignment □ 9. PCB Components Placement □ 10. Routing □ 11, Component Rotation R □ 12. Back Via Hole V □ 13. Routing Verification □ 14. Mounting Holes □ 15. Copper Area B □ 16. Silk Writing □ 17. Insert Logo Image □ 18. Round Corners □ 19. Create Gerber File □ 20. Verify Gerber File □ 21. JLCPCB Order □ 22. Output BOM □ 23. Order Components □ 24. PCB Incoming Assembly
코딩과 프로그래밍 필수 학습 10가지 □ 0. 변수와 데이터 타입 □ 1. 연산 이해 □ 2. 제어 구조 □ 3. 함수와 모듈화 □ 4. 배열과 리스트 □ 5. 객체 지향 프로그래밍(OOP) □ 6. 디버깅과 오류 처리 □ 7. 자료구조와 알고리즘 □ 8. 버전 관리(Git, Github) □ 9. 프로그래밍 패러다임	Coding and Programming 10 Essential Learnings □ 0. Variables and Data Types □ 1. Understanding Operations □ 2. Control Structures □ 3. Functions and Modularization □ 4. Arrays and Lists □ 5. Object-Oriented Programming (OOP) □ 6. Debugging and Error Handling □ 7. Data Structures and Algorithms □ 8. Version Control (Git, Github) □ 9. Programming Paradigms

 

 

 

 

Arduino 필수 학습

□ 0. 기본 개념 이해
□ 1. 개발 환경 IDE 설정
□ 2. 기본 프로그래밍
□ 3. GPIO 핀 이해와 사용
□ 4. 기본 회로 구성
□ 5. 센서와 액추에이터 사용
□ 6. 직렬 통신 이해
□ 7. 라이브러리 사용
□ 8. 전원 공급
□ 9. 디버깅 기술
Arduino Essential Learning
□ 0. Understanding Basic Concepts
□ 1. Setting Up the Development Environment IDE
□ 2. Basic Programming
□ 3. Understanding and Using GPIO Pins
□ 4. Basic Circuit Configuration
□ 5. Using Sensors and Actuators
□ 6. Understanding Serial Communication
□ 7. Using Libraries
□ 8. Power Supply
□ 9. Debugging Techniques
아두이노 IDE 2(통합개발환경)
□ Verify/Upload
□ Select Board/Port
□ Sketchbook
□ Board Manager
□ Library Manager
□ Debugger
□ Search
□ Serial Monitor
□ Serial Plotter
□ Autocomplete
□ Auto Formatter
□ Firmware Update
□ Arduino Cloud
Arduino IDE 2 (Integrated Development Environment) 
□ Installing the Arduino IDE 2
□ Verify/Upload
□ Select Board/Port
□ Sketchbook
□ Board Manager
□ Library Manager
□ Debugger
□ Search
□ Serial Monitor
□ Serial Plotter
□ Autocomplete
□ Auto Formatter
□ Firmware Update
□ Arduino Cloud
전자 부품 이미지

● 아두이노 IDE 설치 https://www.arduino.cc/en/software
● 아두이노 언어 참조 https://www.arduino.cc/reference/en/
● KiCad 설치 https://www.kicad.org/
● 전자 부품 3D Model https://www.snapeda.com/
● 3D 프린터 모델 https://grabcad.com/
● 변환계산기 https://shorturl.at/Q9Yh6
● 아두이노 C/C++ 참조 https://www.arduino.cc/reference/en/

코드 깃허브 추가
● GitHub source code provided
https://github.com/kimbongzo/
● Arduino IDE Installation https://www.arduino.cc/en/software
● Arduino Language Reference https://www.arduino.cc/reference/en/
● KiCad Installation https://www.kicad.org/
● Electronic Components 3D Model https://www.snapeda.com/
● 3D Printer Model https://grabcad.com/
● Conversion Calculator https://shorturl.at/Q9Yh6
● Arduino C/C++ Reference https://www.arduino.cc/reference/en/

브레드보드 구조
(BreadBoard)
이미지
Breadboard Structure

미세먼지 모니터 보드
구성회로□ 0. 아두이노 나노 V3
□ 1. 리얼타임 클럭(RTC)
□ 2. 버튼-바운스 제거 회로 포함
□ 3. DHT11 온도 습도 회로
□ 4. 미세먼지 센서 커넥터(I2C 인터페이스)
□ 5. 0.96인치 OLED 디스플레이(SSD1306, I2C)  
□ 6. 조도 센서(LDR 빛 의존 저항)
□ 7. DC Barrel Jack Plug(7V~12V 전원)
Fine dust monitor board Circuit configuration
□ 0. Arduino Nano V3
□ 1. Real-time clock (RTC)
□ 2. Button-bounce removal circuit included
□ 3. DHT11 temperature and humidity circuit
□ 4. Fine dust sensor connector (I2C interface)
□ 5. 0.96 inch OLED display (SSD1306, I2C)
□ 6. Light sensor (LDR light-dependent resistor)
□ 7. DC Barrel Jack Plug (7V~12V power)
전자 부품 사용법
□  0. 전원공급기
□  1. 저항
□  2. 커패시터
□  3. LED
□  4. 다이오드
□  5. 트랜지스터
□  6. 레귤레이터 
□  7. 마이크로컨트롤러
□  8. IC
□  9. Clock
□ 10. 통신
How to Use Electronic Components
□ 0. Power Supply
□ 1. Resistor
□ 2. Capacitor
□ 3. LED
□ 4. Diode
□ 5. Transistor
□ 6. Regulator
□ 7. Microcontroller
□ 8. IC
□ 9. Clock
□ 10. Communication
전자 제품 제작 10단계
□ 0. 회로 구성의 기본
□ 1. 전압 전류 저항 이해
□ 2. 회로 설계 방법
□ 3. 기본 부품 이해
□ 4. 다이오드와 커패시터
□ 5. 트랜지스터 스위치
□ 6. 납땜 배우기
□ 7. IC 사용 회로 구성
□ 8. 회로기판 PCB 설계
□ 9. 마이크로 컨트롤러
10 Steps to Making Electronic Products
□ 0. Basics of Circuit Configuration
□ 1. Understanding Voltage, Current, and Resistance
□ 2. Circuit Design Methods
□ 3. Understanding Basic Components
□ 4. Diodes and Capacitors
□ 5. Transistor Switches
□ 6. Learning to Solder
□ 7. Circuit Configuration Using ICs
□ 8. Circuit Board PCB Design
□ 9. Microcontroller
KiCad PCB 제작 단계
□  0. KiCad 설치
□  1. 프로젝트 생성/복사
□  2. 회로도 그리기
□  3. 자신의 라이브러리
□  4. 자신의 부품
□  5. THT vs SMD
□  6. 전원 공급 방법
□  7. 커넥터 할당
□  8. 풋프린트 할당
□  9. PCB 부품 배치
□ 10. 배선 작업(라우팅)
□ 11, 부품 회전 R
□ 12. 뒷면 비아홀 V
□ 13. 배선 검증
□ 14. 마운팅 구멍 
□ 15. 구리 영역 B
□ 16. Silk 글쓰기
□ 17. 로고 이미지 삽입
□ 18. 모서리 둘굴게
□ 19. 거버파일 생성
□ 20. 거버파일 검증
□ 21. JLCPCB 주문
□ 22. BOM 출력
□ 23. 부품 발주
□ 24. PCB 입고 조립
KiCad PCB Manufacturing Steps
□ 0. KiCad Installation
□ 1. Create/Copy Project
□ 2. Draw Schematic
□ 3. Your Own Library
□ 4. Your Own Components
□ 5. THT vs SMD
□ 6. Power Supply Method
□ 7. Connector Assignment
□ 8. Footprint Assignment
□ 9. PCB Components Placement
□ 10. Routing
□ 11, Component Rotation R
□ 12. Back Via Hole V
□ 13. Routing Verification
□ 14. Mounting Holes
□ 15. Copper Area B
□ 16. Silk Writing
□ 17. Insert Logo Image
□ 18. Round Corners
□ 19. Create Gerber File
□ 20. Verify Gerber File
□ 21. JLCPCB Order
□ 22. Output BOM
□ 23. Order Components
□ 24. PCB Incoming Assembly
코딩과 프로그래밍 필수 학습 10가지
□ 0. 변수와 데이터 타입
□ 1. 연산 이해
□ 2. 제어 구조
□ 3. 함수와 모듈화
□ 4. 배열과 리스트
□ 5. 객체 지향 프로그래밍(OOP)
□ 6. 디버깅과 오류 처리
□ 7. 자료구조와 알고리즘
□ 8. 버전 관리(Git, Github)
□ 9. 프로그래밍 패러다임
Coding and Programming 10 Essential Learnings
□ 0. Variables and Data Types
□ 1. Understanding Operations
□ 2. Control Structures
□ 3. Functions and Modularization
□ 4. Arrays and Lists
□ 5. Object-Oriented Programming (OOP)
□ 6. Debugging and Error Handling
□ 7. Data Structures and Algorithms
□ 8. Version Control (Git, Github)
□ 9. Programming Paradigms

 

 

라즈베리파이 영문과 한글 모두 아래에 표기

 

라즈베리파이 PCB 바닥판 글

 

영문

 

RaspberryPi Essential Learning Content

 

1. Understand the basic specifications and features Pi 5

2. Prepare necessary peripherals and accessories

3. Install Raspberry Pi OS and initial setup

4. Learn terminal commands and basic Linux usage

5. Understand GPIO pins and basic electronic circuits

6. Control GPIO using Python programming

7. Learn how to set up networks and access remotely

8. Practice projects by connecting sensors and modules

9. Installing a web server, database, and using IoT

10. Explore and implement various project ideas

 

 

GPIO library

- WiringPi

- Pigpio

- Gpiozero

- Rpi.GPIO

 

Web server, DB installation

1. Apache

2. Maria Database

3. PHP

4. phpMyAdmin

 

CLI Basic Commands

 

● sudo apt-get update: Update package list

● sudo apt-get upgrade: Update program

● sudo Command: Super User

● cat /proc/version: Check OS version

● cat /proc/cpuinfo: Check CPU version

● df -a or df -h: Check SD card capacity

● startx: Run Linux GUI

● sudo raspi-config: System configuration

● ifconfig: Internet configuration information

 

Connect 2 cameras

 

Check modules :

libcamera-hello --list-cameras

Output video :

libcamera-hello --camera 0 -t 0

libcamera-hello --camera 1 –t 0

 

Coding and Programming 10 Essential Learnings

 

1. Variables and Data Types

2. Understanding Operations

3. Control Structures

4. Functions and Modularization

5. Arrays and Lists

6. Object-Oriented Programming (OOP)

7. Debugging and Error Handling

8. Data Structures and Algorithms

9. Version Control (Git, Github)

10. Programming Paradigms

 

Raspberry Pi Learning Website

 

● Raspberry Pi Official Website

https://www.raspberrypi.org/

● Raspberry Pi Projects

https://projects.raspberrypi.org/

● Adafruit Learning System

https://learn.adafruit.com/

● Instructables Raspberry Pi Category

https://www.instructables.com/

● GitHub source code provided

https://github.com/kimbongzo/

 

 

Breadboard Structure

 

브래드 보드 이미지

 

 

Use of Electronic Components

 

1. Power Supply

2. Resistor

3. Capacitor

4. LED

5. Diode

6. Transistor

7. Regulator

8. Microcontroller

9. IC

10. Clock

11. Communication

 

10 Steps to Making Electronic Products

 

1. Basics of Circuit Configuration

2. Understanding Voltage

3. Understanding Current

4. Understanding Resistance

5. Circuit Design Methods

6. Understanding Basic Components

7. Diodes and Capacitors

8. Transistor Switches

9. Learning to Soldering

10. Circuit Configuration Using ICs

11. Circuit Board PCB Design

12. Microcontroller Firmware Programming

 

IO Board GPIO Input/Output

 

● Connector number is GPIO number

● 40pin GPIO flat cable connection

● Power 12V, 3A Input

● Power On Off Switch

● Con Number: BCM Number

● G: Power GND

● 33: 3.3V Power

● 5V, GND Output Header Pin

● ADC Converter: MCP3208

● UART: UART(RS 232) Comm Port

● ADC0, ADC1, ADC2,ADC3: Analog input

● I2C0, I2C1, I2C2,I2C3: I2C interface

● J16, J26, J20: +5v output

● J6, J13, J19: +12v output

 

Linux basic commands

 

date: Print year/month/day/time

pwd: Print current working location

cd folder name: Move to folder

cd ..: Move to upper folder

cd: Move to root folder

ls, ls -l: List of files

mkdir: Create folder folder

echo "hello">file.txt: Create file

cp File1 file2: Copy file

mv File3 File4: Change file

rm file5: Delete file

rm folder: Delete folder

rm -r: Delete file folder

clear: Clear screen

 

 

KiCad PCB Manufacturing Steps

 

1. KiCad Installation

2. Create/Copy Project

3. Draw Schematic

4. Your Own Library

5. Your Own Components

6. THT vs SMD

7. Power Supply Method

8. Connector Assignment

9. Footprint Assignment

10. PCB Components Placement

11. Routing

12, Component Rotation R

13. Back Via Hole V

14. Routing Verification

15. Mounting Holes

16. Copper Area B

17. Silk Writing

18. Insert Logo Image

19. Round Corners

20. Create Gerber File

21. Verify Gerber File

22. JLCPCB Order

23. Output BOM

24. Order Components

25. PCB Incoming

26. Assembly

27. Test

 

Essential Utility Programs

 

1. Putty

2. Win32 Disk Imager

3. SD Memory Card Formatter

 

 

40P GPIO Pin Number

WiringPi Command: gpio readall

 

GPIO 테이블 표기

 

 

 

한글버전 - 바꾸자

 

GPIO 라이브러리

 

- WiringPi

- Pigpio

- Gpiozero

- Rpi.GPIO

 

웹서버 DB 설치 순서

1 Apache

2 MySQL

3 PHP

4 phpMyAdmin

 

CLI 기본 명령

sudo apt-get update: 패키지 목록 업데이트

sudo apt-get upgrade: 프로그램 업데이트

sudo 명령어: Super User

cat /proc/version: OS버전 확인하기

cat /proc/cpuinfo: CPU버전 확인하기

df -a 혹은 df -h: SD 카드 용량 확인

startx: Linux GUI 실행

sudo raspi-config: 시스템 설정

ifconfig: 인터넷 설정 정보

 

카메라 2대 출력

모듈 확인

libcamera-hello --list-cameras

영상 출력

libcamera-hello --camera 0 -t 0

libcamera-hello --camera 1 –t 0

 

IO Board 구조

 

커넥터 번호가 GPIO 번호

G: GND, 33: 3.3V

UART: UART

ADC0~ADC3: 아날로그 입력

I2C0~I2C3: I2C 인터페이스

J16, J26, j20: +5v 출력

j6, j13, j19: +12v 출력

 

한글 폰트 설치

sudo apt-get install fonts-unfonts-core

sudo apt-get install fonts-unfonts-extra

sudo apt-get install ibus

sudo apt-get install ibus-hangul

 

Linux 기본 명령어

 

date 년월일시 출력

pwd 현재 작업 위치출력

cd 폴더 폴더로 이동

cd .. 상위 폴더로 이동

cd 루트폴더로이동

ls, ls -l 파일 목록

mkdir 폴더 폴더를 생성

echo "hello">file.txt

-- 파일생성

cp FN1 FN2 파일 복사

mv FN2 FN4 파일 변경

rm file5 파일삭제

rm 폴더 폴더 삭제

rm -r 파일 폴더 삭제

clear 화면 clear

 

필수 프로그램

 

1. Putty

2. Win32 Disk Imager

3. SD Memory Card Formatter

 

40P GPIO

 

테이블 넣었다. 별로인가?

 

PCB 설계 빠졌다. 전자회로 하고 부품도...

 

프로그래밍도....