Allegro OrCAD PCB Designer를 이용한 PCB설계 (Version 16.6)

Chapter 1. OrCAD PCB Designer의 시작

1-1 OrCAD PCB Designer란?
1-2 OrCAD PCB Designer의 기본 실행 메뉴/아이콘(Icon)
1-3 OrCAD Capture(또는 Allegro Design Entry CIS)의 기본 설계 Flow
1-4 OrCAD PCB Editor(또는 Allegro PCB Editor)의 기본 설계 Flow


Chapter 2. 실습 - 비안정 멀티 바이브레이터

2-1 New Project 생성
2-2 부품 배치/배선
2-3 PCB Footprint 부여
2-4 Annotate / Design Rules Check / Netlist 생성
2-5 PCB Editor 환경설정
2-6 Board Outline 생성
2-7 부품 배치/배선
2-8 Gerber File 생성
2-9 Gerber File 프린트 출력


Chapter 3. 실습 : LED Counter

3-1 New Project 생성
3-2 부품 배치/배선
3-3 Footprint 생성
3-4 PCB Footprint 부여
3-5 Design Rules Check / Netlist 생성
3-6 PCB Editor 환경설정
3-7 Board Outline 생성
3-8 부품 배치/배선
3-9 Gerber File 생성


Chapter 4. OrCAD Capture Techniques

4-1 OrCAD Capture
Lab 4-1-1 Capture Work Environment
Lab 4-1-2 도면 작성
Lab 4-1-3 도면 추가
Lab 4-1-4 속성 추가하기
Lab 4-1-5 후처리

4-2 OrCAD Capture Library
Lab 4-2-1 Edit Part
Lab 4-2-2 Part 후처리

4-3 Advanced Capture
Lab 4-3-1 Archive Project
Lab 4-3-2 Cache / Selection Filter
Lab 4-3-3 Import Selection / Export Selection
Lab 4-3-4 Lock
Lab 4-3-5 Fisheye View / Show Footprint
Lab 4-3-6 Find


Chapter 5. OrCAD PCB Editor Techniques

5-1 PCB Editor User Interface
Lab 5-1-1 User Interface
Lab 5-1-2 Script File, Visibility and Color 설정, Import/Export-Parameters
Lab 5-1-3 Find and Selcet
Lab 5-1-4 속성보기

5-2 Padstack
Lab 5-2-1 Flash Symbol 생성
Lab 5-2-2 Padstack 생성 - Through - Hole Pin Device)
Lab 5-2-3 Padstack 생성 - Surface Mounted Device

5-3 Component Symbols
Lab 5-3-1 Package Symbol Wizard를 이용하여 생성
Lab 5-3-2 Package Symbol을 이용하여 생성

5-4 Mechanical Symbol
Lab 5-4-1 Tooling(Mount) Hole 생성
Lab 5-4-2 Board Symbol 생성
Lab 5-4-3 Master Design File(.brd)

5-5 Importing Netlist
Lab 5-5-1 Netlist 생성

5-6 Setting Design Constraint
Lab 5-6-1 Electronic Rule
Lab 5-6-2 Physical Rule 설정
Lab 5-6-3 Spacing 설정
Lab 5-6-4 Same Net Spacing

5-7 Component Placement
Lab 5-7-1 Room 영역 설정
Lab 5-7-2 Assigning Preplaced Package
Lab 5-7-3 Manual Placement
Lab 5-7-4 Quickplace and Replicate
Lab 5-7-5 Advanced Placement

5-8 Routing and Differential Pairs
Lab 5-8-1 Route
Lab 5-8-2 Special Route
Lab 5-8-3 Plane Layers

5-9 PCB Router
Lab 5-9-1 Pre-Routes

5-10 Pre-Routes
Lab 5-10-1 Slide / Change Width
Lab 5-10-2 Replace Etch (Cut)

5-11 Copper Area and Positive or Negative Planes
Lab 5-11-1 Plane 설정

5-12 Postprocessing
Lab 5-12-1 Display Status
Lab 5-12-2 Create Silkscreen
Lab 5-12-3 NC Drill 생성
Lab 5-12-4 Artwork File 생성
Lab 5-12-5 Viewing Gerber File


Chapter 6. OrCAD 활용 심화과정

6-1 압축 구형파 회로
Lab 6-1-1 OrCAD Capture
Lab 6-1-2 OrCAD PCB Editor

6-2 주파수 변복조 회로
Lab 6-2-1 OrCAD Capture

6-3 진폭 변조 및 펄스폭 변조 회로
Lab 6-3-1 OrCAD Capture

6-4 가산회로
Lab 6-4-1 OrCAD Capture
Lab 6-4-2 OrCAD PCB Editor


Appendix : OrCAD Signal Explorer
Lab A-1 Topology Extract
Lab A-2 Signal Simulation
Lab A-3 동판 PCB 과정
Lab A-4 Layout TechNote

PCB 제조공정도