Electronic Technology > Semiconductors

Semiconductors

Course Number: 751

The Semiconductors textbook explains the theory behind semiconductor operation. It describes the characteristics and operation of various kinds of diodes and transistors. It stresses the importance of proper environmental conditions and explains how to minimize electrostatic discharge and radio frequency interference. Printed circuit board and integrated circuit technology, including connection and replacement methods, are covered. The course identifies kinds of semiconductor packages, explains how to interpret manufacturers' spec sheets, and tells how to analyze circuit performance by Q points and characteristics.

Does your curriculum require additional topics not included in this textbook?  Build a customized version of the Semiconductors textbook below.

Recommended Contact Hours – 8

Preview a Chapter

Preview a Chapter

  • Table of Contents
  • My Custom Book
  • Exam Copies
  • Suggested Titles

Table of Contents

Chapter 1: Introduction to Semiconductors

Topics: Electron flow; Semiconductor materials, structure, and doping; Junction diodes; Diode characteristic curves and specifications; LEDs; Photoelectric devices

Learning Objectives:

  • Discuss the basic structure of a semiconductor atom and the movement of free electrons and holes.
  • Discuss the purification and doping of semi-conductors.
  • Describe the p-type region, n-type region, and junction of a pn junction diode.
  • Discuss the characteristic curves and specification ratings of a diode.
  • Describe the operation of a light-emitting diode, a photoconductive device, and a photovoltaic device.

Chapter 2: Environmental Conditions

Topics: Temperature protection; Static electricity; Wrist straps; Line power conditioning; Radio frequency and electromagnetic interference

Learning Objectives:

  • Discuss the importance of various environmental conditions to semiconductor operation.
  • Discuss the effect of ESD on semiconductor devices and list several ways of preventing ESD in any work area.
  • Discuss the requirements of a static-free workstation, and the proper techniques for using tools at the workstation.
  • Describe ways to minimize ESD problems during packing and shipping.
  • Explain how power conditioning prevents line power problems.
  • Describe ways of preventing damage from radio frequency interference (RFI) and electromagnetic interference (EMI).

Chapter 3: Printed Circuit Boards

Topics: Materials for boards and conductors; Single-, double-sided, and multilayer PCBs; Mounting components; Soldering; PCB connectors

Learning Objectives:

  • Discuss the advantages of PCBs over direct wiring.
  • Explain why both flexible boards and rigid boards are used for printed circuits, and discuss the advantages and disadvantages of each.
  • Explain how single-sided, double-sided, and multilayer boards are made.
  • Describe the three classes of surface mount assemblies.
  • Compare various soldering methods and discuss the advantages and disadvantages of each.
  • Describe PCB connectors and mountings.
  • Discuss PCB repair techniques and limitations.

Chapter 4: Transistors and Integrated Circuits

Topics: Transistor purpose and structure; Symbols; Performance curves; Transistor connections, characteristics, and specifications; ICs

Learning Objectives:

  • Describe the differences between an npn transistor and a pnp transistor and identify the schematic symbol for each.
  • Discuss transistor performance in the active region, saturation region, and cutoff region.
  • Explain how the three kinds of transistor connections affect circuit values.
  • Discuss four common transistor characteristics.

Chapter 5: Packages and Performance Analysis

Topics: Lead identification; Mounting components; Replacement methods; Maximum ratings; Transistor operating points; characteristics

Learning Objectives:

  • Describe several kinds of semiconductor packages.
  • Explain how to identify leads.
  • Describe methods for mounting components on PCBs and chassis.
  • Explain how to use manufacturers' data sheets.
  • Discuss the analysis of circuits by Q points and by characteristics.

Add Chapters to Your Custom Book

Select Chapter(s):

  •    Chapter 1: Introduction to Semiconductors
  •    Chapter 2: Environmental Conditions
  •    Chapter 3: Printed Circuit Boards
  •    Chapter 4: Transistors and Integrated Circuits
  •    Chapter 5: Packages and Performance Analysis

My Custom Book

    Create a custom book that contains only the training content that your students need to succeed

    Our topics cover a broad and diverse spectrum of subject matter, from reading blueprints to electrical schematics, measurement to rigging and safety, material handling to welding, and everything in between! Choose only the lessons that meet your specific curriculum requirements.

    Request Exam Copies

    Exam Copies

    Ready to see a copy of our textbooks? After selecting which textbooks you’d like to review for your course, you can submit your request by either logging in or creating an account so we know where to ship your exam copies. A representative from Schoolcraft will contact you to confirm and finish processing your request.

    Exam copies are always free and yours to keep.

    Selected Exam Copies

      none selected

      * Maximum of five copies can be ordered


                    





         





      750 W. Lake Cook Road, Buffalo Grove, Illinois 60089   ●   Phone: 800.837.1255   ●   © 2018 Schoolcraft Publishing, a TPC Training Company