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EP06 view

HANDBOOK OF PRINTED CIRCUIT DESIGN, MANUFACTURE, COMPONENTS & ASSEMBLY

by G. LEONIDA

Pages--569+xvii; Tables--40; Figures--394; Size--23 x 15 cm.
ISBN 0 901150 09 6

Code: EP09

Contents of this page:

Description
Some Worldwide Reviews
Table of Contents

Description

Over the past two decades, electronic packaging has become an accepted discipline in most electronic companies. Since the large majority of modern electronic assemblies are supported by either a rigid or flexible circuit, the correct assembling and soldering techniques are of paramount importance if low costs and reliability are to be achieved.

Despite the importance of PCB assembly, there is a noticeable lack of published literature on the subject and although a number of text books are now available on PCB manufacture, few of these publications are devoted to assembly. Consequently, the author’s primary aim was to rectify this situation with the result that this is the first reference book to treat the subject of assembly in depth. Furthermore, as all other aspects of printed circuits such as Design, Components, Quality Control and in particular, Manufacture — the latter being a book in itself — are covered in considerable detail, this Handbook must rank as one of the most comprehensive and important reference texts ever to be published in this field.

Some Worldwide Reviews

"This is more an encyclopedia than a handbook. It is jam packed with information which is vital for designers, producers and users of printed wiring boards and general modern electronic circuitry."

Metal Finishing (USA)

 

"For all those engaged in the PCB industry, whether as a manufacturer or user, this book is highly recommended and will undoubtedly become a standard reference work in this subject."

Electronic Production (UK)

 

"Unlike many books on printed circuits, the book is full of facts, all of which are based on obvious practical experience" ... "This is, undoubtedly, the best book in the reviewer’s opinion yet published. It has all the necessary practical information in one book and is therefore money well spent."

Microelectronics and Reliability (UK)

 

"The overall impression is that the technological chapters of this book are excellent" ... "the author has achieved a self-contained and ‘interconnected’ account of printed circuit board design, manufacture and component assembly which will surely make it a standard text for designers, production engineers, chemists and metallurgists who are engaged in this fast growing industry."

The Metallurgist and Materials Technologist (UK)

 

John Ruskin said, "All books are divisible into two classes: the books of the hour and the books of all time". In a world of rapidly developing technology this may no longer be completely true but "HANDBOOK of PRINTED CIRCUIT DESIGN MANUFACTURE, COMPONENTS and ASSEMBLY" by Giovanni Leonida is most certainly here to stay for a very long time ... The form and content of the book convey a strong impression of the interdependence of those involved at each stage of the design and manufacturing story. The fuller realisation of this fact alone would be ample justification for all the painstaking work involved. It does, of course, achieve much more than that: it will rapidly become a standard work of reference and will prove indispensable to all those concerned with the vital work of training within the electronics industry.

Circuit World (UK)

Table of Contents

CHAPTER ONE

Electronic Components

General

Classification

Resistors

Capacitors

Semiconductor Diodes

Transistors

Silicon Control Rectifiers and Thyristors

Optoelectronic Devices

Integrated Circuits

Heatsinks

CHAPTER TWO

Component Assembly

Assembling With and Without PCBs

Low Volume Assembly

Mass Production Assembly

Lead Preforming

High Volume Production

Visual Aids

Assembly Inspection

Automatic Assembly

CHAPTER THREE

Printed Circuit Board Design

Brief History of Printed Circuit Boards

Definitions

Advantages and Disadvantages of the PCB

Classification

Layout

Mounting Hole Patterns and Component Spacing

Conductor Dimensions

Manual Drawing of Artworks

Computer Aided Design of Artwork

Master Drawing

CHAPTER FOUR

Printed Circuit Board Manufacture and Inspection

Laminates

PCB Manufacture

Basic Steps in PCB Manufacturing

Pollution

Protective Organic Coatings

Acceptability Criteria for Printed Circuit Boards

Flexible Printed Circuits

CHAPTER FIVE

The Solder Joint

General

Purpose

Metallurgy of the Solder Joint

Intermetallic Compounds

Effects of Intermetallic Compounds

Wettability

Factors Which Influence Wettability

Solderability

Solderability Press

CHAPTER SIX

Materials for Soldering

Importance of Materials

Flux

Solders and Their Properties

Special Alloys for Soldering

Auxiliary Materials for Soldering

ervation

CHAPTER SEVEN

Manual Soldering

Applications

The Soldering Iron

Bits for Soldering Irons

Materials for Hand Soldering

Hand Soldering Aids

Preferred Practice

Touch-Up of Soldered Joints

Desoldering

Structural Joints

CHAPTER EIGHT

Mass Soldering

General

Heat Transfer

Solder Transfer

Hot Plate Soldering

Oven Soldering

Infra-Red Soldering

Induction Soldering

Reflow Soldering

Dip Soldering

Drag Soldering

Wave Soldering

Wave Soldering Machine Adjustment

Wave Soldering Machine Maintenance

Temporary Protection of Areas Not to be Soldered

Component Heating

The Oil Intermix Technique

PCB Design for Wave Soldering

CHAPTER NINE

Purpose

Solvents

Commonly Used Solvents

Methods and Equipment

Water and Detergent Cleaning

Cleanliness Control

Ultrasonic Cleaning

Environmental Pollution

CHAPTER TEN

Quality Control of Solder Joints

Purpose

Instrumental Inspection

Visual Inspection

The Ideal Solder Joint

Common Defects: Causes and Remedies

Troubleshooting Summary

Typical Situations

An Example

Solder Joint Metallography

Brush Plating

 

 

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 Page last revised 11.02.05

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