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Gold Medal Software Volume 2 (Gold Medal) (1994).iso
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README.1ST
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1993-11-08
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CRESCENT MULTIMEDIA SYSTEMS 3.00
P.O. Box 7183
Victoria, Texas 77903
Sept. 6th. 1993 (Labor day!!)
Dear Users:
Hello and thanks for trying our software. I hope you have an educational
experience using the introductory module to DC electronics. We enjoyed
creating it, and I am looking forward to hearing your comments on the
module.
NOTE: You will need VGA color to run this program.
DC1 was released to the public domain on April 11th. 1993 by Crescent
Multimedia Systems of Victoria, Texas. All code and images remain the
property of Crescent Multimedia Systems, but may be used by the general
public for non-commercial use, without cost or warranty.
The software (DC1.ZIP) may be freely copied, enjoyed, and further
distributed provided the two requested steps (later in this file) are
followed.
Crescent Multimedia, has finished the 17 module DC electronics course,
and now offers all 17 modules for the price of $38.00. The 17 modules
will provide many (perhaps hundreds) of hours of study and enjoyment.
In 1994, we will finish the 17 AC electronic modules, and you will be
notified when they are available. When finished, Crescent Multimedia will
have complete courses in AC / DC / Solid-State, and digital electronics.
Most of these modules will be 0.5 to 1 megabyte in size. Unlike some
commercial CAI (Computer Aided Instruction) modules, our modules will have
some "beef" to them. It really isn't possible to adequately learn
electronics without using math and some simple algebra. None of our
modules teach by using just "Pretty Pictures". In fact, four DC modules
are devoted to math, algebra and using a calculator.
All modules contain user interaction, reviews, quizzes, and a final test.
Additional features include graphics animation, looping back, and user-
paced instruction. All modules can run in a "stand alone" mode or from
a floppy, but we suggest you use the menu driven interface and a hard
disk. All modules require a VGA monitor, but will run on most IBM
compatible computers. The modules can be shipped on 5 1/2 inch
and 3 1/4 inch high density floppies as well as 3 1/4 inch low density
floppies. Sorry, but the modules are too large for low density 5 1/2
inch floppies.
Loading DC101.zip
Copy the DC101.ZIP file to your hard disk. You could name the directory
DC1 if you like. Unzip the DC101.zip file, and you should have seven (7)
new files. Run the DCMENU.EXE file to start the program.
Please note that only module DC1 (Atoms and Electrons) and the information
selections are active on the menu. When ordering the complete set of
17 modules, DC101.ZIP will be replaced with every thing active.
Please note that DC1 is a DOS program, and will not run in windows.
ENJOY !!
If you are posting our DC1 module to an electronic bulletin board, we
have a couple of special requests:
First:
If you are uploading this release to a bulletin board, please
use "DC101.ZIP".
Second:
If some of the files are missing, the programs will not work properly.
Please make sure that the DC101.ZIP package you share via bulletin
board or diskette contains all of the following 7 files, which together
constitute the complete Version 1.01 release:
* README.1ST The message you are reading now.
* ORDER.TXT Prints out your comments and / or orders.
* DCMENU.EXE The DC electronic menu program.
* DC1.EXE The introduction program. (Atoms and Electrons)
* INFO.EXE Information file.
* INFO2.EXE Another information file.
* File_id.diz Software identification and description file
Thank you for your interest in our electronic CAI modules.
If you would like to comment via CompuServe, address mail to 73211,3617
Sincerely,
Dennis M. De Laurier
The following is a listing of the DC and AC modules (descriptions follow).
DC electronics course
_____________________
Module Description
__________________
1 Atoms and Electrons.
2 Volts / Current / Resistance
3 Numbers greater than one. Scientific and metric notation.
4 Numbers less than one. Scientific and metric notation.
5 Resistor Color codes
6 Using the calculator in electronic calculations.
7 Ohms Law and Power
8 Series Circuits
9 Parallel Circuits
10 Series / Parallel Circuits
11 Voltage Dividers
12 Kirchhoff's Law
13 Advanced DC Circuit Analysis.
14 Capacitors / RC Time Constants.
15 Introduction to Magnetism
16 Inductors and L/R Time Constants
17 Volt / Ohm / Amp Meters
AC electronics course (available in 1994)
_____________________
Module Description
__________________
1 Alternating Current
2 Generating AC
3 AC Values
4 Non-sinusoidal Waveforms
5 AC Measurements
6 AC Meters
7 Resistive AC circuits
8 Capacitance and Capacitive Reactance
9 C and RC circuits
10 RC Filters
11 Solving Right Triangles
12 Inductance and Inductive Reactance
13 RL Circuits
14 Tuned Circuits, Q and Bandwidth
15 RLC Circuits
16 LC Filters
17 Transformers
DC MODULE DESCRIPTIONS:
DC Module 1: ATOMS AND ELECTRONS
_________________________________
Module description
This introductory module covers the basic atomic makeup of the
atom, and its function in the generation of electrical voltage
and current. Concepts like electrostatic effects, polarity,
current flow, ions, conductors and insulators are covered in
depth. basic batteries and voltage sources are discussed.
DC Module 2: Volts / Current / Resistance
_________________________________________
Module description
This module introduces the basic concepts of voltage, current
and resistance. Resistors and factors affecting resistivity are covered.
Dry and wet cells are covered as well as series and parallel connections.
Conductivity is also discussed.
DC Module 3: Numbers greater than one
_____________________________________
Module description
This module introduces the student to scientific and metric
notation as it is used in the electronics industry. The module
covers the metric range of Kilo, Mega, Giga, and the treatment
and conversion of numbers falling in this range. The student is
also introduced to scientific notation conversion of these same
numbers. Converting back to decimal is also covered.
DC Module 4: Numbers less than one
__________________________________
Module description
In this module, the student is exposed to metric and scientific
notation as applied to numbers less than one. This module
covers the milli, micro, nano and pico metric range, as well as
scientific notation conversion of numbers falling in this range.
Again, converting back to decimal is covered.
DC Module 5: Resistor Color Code
________________________________
Module description
Resistor color codes, resistor types and low value resistors are
examined in this module. Resistor types and power are also
covered.
DC Module 6: Using the scientific calculator
____________________________________________
Module description
This module covers the scientific calculator as used in making
electronic calculations. This module prepares the student
for solving problems in later modules.
DC Module 7: Ohms Law and Power
_______________________________
Module description
Ohms law and power in simple circuits are covered in this module.
Calculator examples are shown with most problems.
DC Module 8: Series Circuits
____________________________
Module description
This module examines series circuits, voltage drops, current, power
and an introduction to Kirchhoff's voltage law. Calculator
examples are given for most problems.
DC Module 9: Parallel Circuits
_______________________
Module description
This module covers parallel circuits, voltage drops, current, and
power. Kirchhoff's current law is also discussed. Calculator
examples are given.
DC Module 10: Series Parallel Circuits
______________________________________
Module description
Students use their knowledge from previous modules in this series
parallel module. This module combines and uses Kirchhoff's
voltage and current laws to solve basic series parallel
circuits. Voltage loops, and current nodes are covered in detail.
Power and calculator examples are also included.
DC Module 11: Voltage Dividers
______________________________
Module description
Loaded and unloaded voltage dividers, bridge circuits, and the
concepts of opens, shorts and voltage references are all part of
this module.
DC Module 12: Kirchhoff's Law
_____________________________
Module description
Kirchhoff's law is introduced, as it is applied in dual source
voltage circuits. The entire module deals with only these
problems.
DC Module 13: Advanced DC Circuit Analysis
__________________________________________
Module description
This advanced module covers voltage and current sources,
Superposition solutions, and Thevenin's and Norton's Theorem.
DC Module 14: Capacitors and RC Time Constants
______________________________________________
Module description
Capacitor concepts, construction and types of capacitors are
covered. The module also covers the units of capacitance, and
resistive capacitor time constant circuits.
DC Module 15: Introduction to Magnetism
_______________________________________
Module description
Topics like magnets, lines of force, magnetic materials, and the
theory of magnetism are included. In addition, generating
magnetic fields, the left hand law, and magnetic quantities are
covered.
DC Module 16: Inductors and LC Time Constants
_____________________________________________
Module description
Self inductance, inductors, time constants, the units of
inductance and series and parallel inductors are all part of this
module.
DC Module 17: Volt / Ohm / Amp Meters
_____________________________________
Module description
This module covers the use of these three types of meters, and
their construction. Meter movements, voltage multipliers and
meter shunts are covered in detail.
****** End of file