Official Course
Description: MCCCD Approval: 5-26-1992 |
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ELE173
1992 Fall – 2012 Summer II |
L+L
2.0 Credit(s) 4.0 Period(s) 3.4
Load Occ |
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Fabrication
Techniques |
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Basic fabrication skills, schematic diagram interpretation
and drawing, soldering, wire wrapping, printed circuit board fabrication, and
troubleshooting. Prerequisites
or Corequisites:
(ELE121 or ELE123) and DFT114. |
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Go to Competencies Go to Outline
MCCCD
Official Course Competencies: |
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ELE173 1992
Fall – 2012 Summer II |
Fabrication Techniques |
1.
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Identify electronics components and fundamental
subsystems, symbols, schematics, and physical descriptions. (I) |
2.
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Draw, as per industry standards, electronics symbols,
schematics, and electromechanical layouts. (II) |
3.
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Apply
electronics fabrication techniques including soldering, desoldering,
wire wrapping, printed circuit board etching, and various assembly techniques.
(III) |
4.
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Trace schematics accurately as to circuit flow, interpret
purpose, apply troubleshooting and diagnostic
techniques. (IV) |
Go to Description Go to top of
Competencies
MCCCD
Official Course Outline: |
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ELE173 1992
Fall – 2012 Summer II |
Fabrication Techniques |
I. Identification and
Recognition of Electronics Components and Circuits A. Schematic symbols B. Manufacturer's ratings
and specifications C. Physical aspects of
devices in electronics D. Physical aspects and
specifications of common subsystems such as power supplies E. Connectors, wire sizes
and types, cable types and harnessing F. Coding techniques used
to label components/subsystems II. Documentation of
Electronic Circuits, Subsystems, and Systems A. Techniques of electronic
drafting B. Techniques of
electromechanical drawing C. Techniques of taping,
layout, and reduction for PC boards D. Techniques used in
CAD/CAM systems III. Techniques of
Electronic Fabrication A. Soldering techniques B. Desoldering
techniques C. Wire wrapping techniques
D. Printed circuit board
etching technique skills E. Electromechanical
assembly and construction techniques F. Chassis and motherboard assembly
techniques IV. Schematic
Interpretation, Troubleshooting, and Diagnostics A. Interpreting the
schematic to construct the physical equipment B. Techniques of schematic
tracing and wire busses C. Fundamentals of
troubleshooting and diagnostics |