Front Cover

Front Cover

Computer-Aided Design Techniques

Computer-Aided Design Techniques

Copyright Page

Copyright Page

Table of Contents

Table of Contents

Contributors

Contributors

Preface

Preface

CHAPTER 1. Introduction

CHAPTER 1. Introduction

1.1 THE DESIGN PROGRAM

1.1 THE DESIGN PROGRAM

1.2 AN EXAMPLE DESIGN

1.2 AN EXAMPLE DESIGN

CHAPTER 2. A.C. Analysis

CHAPTER 2. A.C. Analysis

2.1 INTRODUCTION

2.1 INTRODUCTION

2.2 REQUIREMENTS OF A PROGRAM FOR GENERAL USE

2.2 REQUIREMENTS OF A PROGRAM FOR GENERAL USE

2.3 ANALYSIS TECHNIQUES

2.3 ANALYSIS TECHNIQUES

2.4 REPRESENTATION OF A CIRCUIT WITHIN THE COMPUTER

2.4 REPRESENTATION OF A CIRCUIT WITHIN THE COMPUTER

2.5 DESCRIPTION OF GCAP2 FACILITIES

2.5 DESCRIPTION OF GCAP2 FACILITIES

2.6 EXAMPLES OF PROGRAM USE

2.6 EXAMPLES OF PROGRAM USE

CHAPTER 3. A d.c. Analysis Program

CHAPTER 3. A d.c. Analysis Program

3.1 INTRODUCTION

3.1 INTRODUCTION

3.2 TOPOLOGY

3.2 TOPOLOGY

3.3 MODELS

3.3 MODELS

3.4 DATA STRUCTURE

3.4 DATA STRUCTURE

3.5 THE EQUATIONS

3.5 THE EQUATIONS

3.6 THE MATRICES

3.6 THE MATRICES

3.7 STARTING POINT

3.7 STARTING POINT

3.8 OUTPUT

3.8 OUTPUT

3.9 EXAMPLE

3.9 EXAMPLE

3.10 CONCLUSIONS

3.10 CONCLUSIONS

CHAPTER 4. Device Modelling

CHAPTER 4. Device Modelling

4.1 INTRODUCTION

4.1 INTRODUCTION

4.2 GENERAL LINEAR MODELLING

4.2 GENERAL LINEAR MODELLING

4.3 LINEAR TRANSISTOR MODELS

4.3 LINEAR TRANSISTOR MODELS

4.4 NON-LINEAR TRANSISTOR MODELS

4.4 NON-LINEAR TRANSISTOR MODELS

4.5 COMPLEX DEVICES

4.5 COMPLEX DEVICES

4.6 PASSIVE COMPONENTS

4.6 PASSIVE COMPONENTS

4.7 CONCLUSIONS

4.7 CONCLUSIONS

CHAPTER 5. Non-linear Transient Analysis (1)

CHAPTER 5. Non-linear Transient Analysis (1)

5.1 INTRODUCTION

5.1 INTRODUCTION

5.2 INTEGRATION TECHNIQUE – LINEAR RISE METHODS

5.2 INTEGRATION TECHNIQUE – LINEAR RISE METHODS

5.3 CONSTRUCTION OF THE PROGRAM

5.3 CONSTRUCTION OF THE PROGRAM

5.4 AN EXCURSION THROUGH THE PROGRAM

5.4 AN EXCURSION THROUGH THE PROGRAM

5.5 OTHER NON-LINEAR ELEMENTS

5.5 OTHER NON-LINEAR ELEMENTS

5.6 N-TERMINAL NETWORKS

5.6 N-TERMINAL NETWORKS

5.7 FURTHER APPLICATION EXAMPLE OF THE PROGRAM

5.7 FURTHER APPLICATION EXAMPLE OF THE PROGRAM

5.8 CONCLUSIONS

5.8 CONCLUSIONS

CHAPTER 6. Non-linear Transient Analysis (2)

CHAPTER 6. Non-linear Transient Analysis (2)

6.1 INTRODUCTION

6.1 INTRODUCTION

6.2 FINITE DIFFERENCE EXPRESSIONS FOR THE V–I RELATIONS OF L AND C

6.2 FINITE DIFFERENCE EXPRESSIONS FOR THE V–I RELATIONS OF L AND C

6.3 GENERATION AND SOLUTION OF THE NODAL NETWORK EQUATIONS

6.3 GENERATION AND SOLUTION OF THE NODAL NETWORK EQUATIONS

6.4 INCLUSION OF NON-LINEAR ELEMENTS

6.4 INCLUSION OF NON-LINEAR ELEMENTS

6.5 CONSTRUCTION OF NTAP2

6.5 CONSTRUCTION OF NTAP2

6.6 STANDARD ELEMENTS

6.6 STANDARD ELEMENTS

6.7 TIME-STEP SIZE

6.7 TIME-STEP SIZE

6.8 EXAMPLES

6.8 EXAMPLES

6.9 FUTURE TRENDS

6.9 FUTURE TRENDS

CHAPTER 7. The Computation of Layout Capacitances and Inductances

CHAPTER 7. The Computation of Layout Capacitances and Inductances

7.1 INTRODUCTION

7.1 INTRODUCTION

7.2 LAYOUT CAPACITANCES COMPUTATION (LOCCO)

7.2 LAYOUT CAPACITANCES COMPUTATION (LOCCO)

7.3 LAYOUT INDUCTANCES COMPUTATION (LINCOl)

7.3 LAYOUT INDUCTANCES COMPUTATION (LINCOl)

7.4 FUTURE TRENDS

7.4 FUTURE TRENDS

CHAPTER 8. The Graphic Display as a Drawing Aid for Circuit Layout

CHAPTER 8. The Graphic Display as a Drawing Aid for Circuit Layout

8.1 INTRODUCTION

8.1 INTRODUCTION

8.2 CONNECTION WITH LOCCO AND UNCO

8.2 CONNECTION WITH LOCCO AND UNCO

8.3 THE C.R.T. DISPLAY

8.3 THE C.R.T. DISPLAY

8.4 MASK GENERATION PROGRAM STRUCTURE

8.4 MASK GENERATION PROGRAM STRUCTURE

8.5 GROUPS

8.5 GROUPS

8.6 LADYJANE- USERS' FACILITIES

8.6 LADYJANE- USERS' FACILITIES

8.7. FUTURE EXTENSIONS AND OTHER TECHNIQUES

8.7. FUTURE EXTENSIONS AND OTHER TECHNIQUES

CHAPTER 9. An Approach to Writing Design Programs

CHAPTER 9. An Approach to Writing Design Programs

9.1 INTRODUCTION

9.1 INTRODUCTION

9.2 THE DESIGN OF A SINGLE STAGE TRANSISTOR AMPLIFIER

9.2 THE DESIGN OF A SINGLE STAGE TRANSISTOR AMPLIFIER

9.3 A DESIGN PROGRAM FOR A GAIN AND PHASE CORRECTED AMPLIFIER

9.3 A DESIGN PROGRAM FOR A GAIN AND PHASE CORRECTED AMPLIFIER

9.4 A SINGLE GAIN AND PHASE CORRECTED STAGE

9.4 A SINGLE GAIN AND PHASE CORRECTED STAGE

9.5 A PARAMETER OPTIMISING ALGORITHM (FINDIT)

9.5 A PARAMETER OPTIMISING ALGORITHM (FINDIT)

9.6 FUTURE DEVELOPMENTS

9.6 FUTURE DEVELOPMENTS

CHAPTER 10. Polynomial Manipulation

CHAPTER 10. Polynomial Manipulation

10.1 INTRODUCTION

10.1 INTRODUCTION

10.2 STRUCTURE

10.2 STRUCTURE

10.3 INPUT/OUTPUT

10.3 INPUT/OUTPUT

10.4 EXAMPLE PROCEDURES

10.4 EXAMPLE PROCEDURES

10.5 THE PROCEDURES

10.5 THE PROCEDURES

10.6 THE PROGRAM

10.6 THE PROGRAM

10.7 DATA TAPE

10.7 DATA TAPE

10.8 EXAMPLES

10.8 EXAMPLES

10.9 DIFFICULTIES

10.9 DIFFICULTIES

10.10 OTHER APPLICATIONS

10.10 OTHER APPLICATIONS

10.11 FUTURE DEVELOPMENTS

10.11 FUTURE DEVELOPMENTS

10.12 CONCLUSIONS

10.12 CONCLUSIONS

Index

Index