Basic Electronics Course | CIE Bookstore Online. Basic Electronics Course. Imagine the exciting career opportunities waiting for highly skilled pros who can design, build and maintain sophisticated electronics systems. Now that pro can be you! This distance learning electronics course will help prepare you for an exciting career in electronics technology. Best of all, you’ll earn a professional Certificate of Completion in Basic Electronics from CIE Bookstore suitable for framing when finished. Basic Electronics Course includes the following: - 3. CD. - 2 hands- on training labs with 5. Soldering iron. - Instructor support from CIE's faculty. - Certificate of Completion in Basic Electronics when finished. - Access to CIE's e- grade site where you take your online exams.- Free access to CIE's school paper The Electron. Quickly learn the basics and then move on to semiconductors, printed circuit boards, identifying components, Ohm's law, relays, robots, reliable soldering techniques and much, much more! With the 2 hands- on training labs you’ll acquire the confidence and knowledge needed to repair, maintain and program electronics equipment used in business and industry. You’ll have proven hands- on experience with printed circuit boards, soldering irons, soldering techniques, test components, project boards and more! Instructor support is included with our Basic Electronics Course so you never have to study alone. National Computer Forensics InstituteInstructor's Manual155 pagesFor Official Use OnlyLaw Enforcement SensitiveMay 2, 20081.95 MBStudent Coursebook Vol.1233. This is a complete and comprehensive CompTIA Network+ Certification (N10-006) course. It is designed to prepare the student to be able to take and pass the. Study electronics at your own pace and if you ever have a question call us and we’re there for you. As a CIE Bookstore student you’ll have access to CIE’s instructor- led chat room and e- grade web site where you can take your exams online. Earn Academic Credit. These are the same 3. CIE's Electronics Technology with Lab Diploma program. Cleveland Institute of Electronics is an electronics school that offers Diplomas in electronics technology and troubleshooting. You could transfer any completed lessons from this course over to CIE's Electronics Diploma and get full tuition and academic credit. Electronics Lab: Learning Labs Include: • Circuit Board• Soldering Iron• Resistors• Capacitors• Breadboard• Diodes• Transistors• LEDs• Battery Clip. The electronics fundamentals lab includes a manual and all the parts necessary to complete fifty different instructional exercises. CCNA Data Center DCICN 640-911 Official Cert Guide, Premium Edition eBook and Practice Test The exciting new CCNA Data Center DCICN 640-911 Official Cert Guide. A solderless circuit board is provided and makes experimentation easy, even for those who have never touched a soldering iron. Students learn electronics theory and the nature of electronic components. Lab Exercises Part ILab Exercises Part IIThe printed circuit board lab is useful for electronics technicians for they are found in almost every electronic device today. The printed circuit board and solder practice lab will show you good soldering techniques and help you become familiar with a variety of electronic components. Lab Exercises Part IIIElectronics Tutorial on 3 CDs - FREE! Our Basic Electronics Course includes 3 FREE CDs that contain all the text lessons with links to the e- grade web site. Each CD has an index that is hyperlinked, is fully searchable on any topic and has scalable text and graphics. Electronics Certification Lesson Topics: 1. Current and Voltage: Electricity, The Electrical and Electronics Language 2. Controlling Current and Voltage: The movement of electricity, Direct and Alternating Currents 3. Power Distribution: Power from generation to consumption, Power Transmission Lines, How to measure Electric Energy Consumption, Power, Voltage and Current, Low current and High Voltage Means Lower Cost 4. Portable Extension Cords: Commercial Extension Cords, How to select the Proper Extension Cord, Types of electrical Cord and Insulation 5. Static Electricity: Learn the characteristics of static electricity and how it’s put into motion to form current electricity. Electric Currents and Semiconductor Devices: Electric Currents, What a Electric Current is, Current Direction, Semiconductor Devices, Electrons, Controlling the Electron Flow, Integrated Circuits, Characteristics of Transistors 7. Fractions and Decimal Numbers: Using Fractions in Electronics, How Decimals are used in Electronics 8. Reciprocals, Percentage and Powers of Numbers: The Meaning and use of Powers of a Number, Changing Fractions to Decimals, Division of Decimals 9. The Three Basics of Electric Circuits: Voltage, Current and Resistance: Voltage, Current and Resistance 1. Ohm's Law, Conductors and Insulators: Ohm’s Law, Conductors and Insulators 1. Connecting and Tracing Battery Circuits: Battery versus Cell, Battery Symbols, Parallel Connection, Schematic Variations 1. Identifying Components: Reading Diagrams and Tracing Circuits, Wiring Diagrams, Relating a Schematic to the Actual Circuit, Circuit Tracing, Transistors 1. Tracing Wiring on Printed Circuit Boards: Tracing through Wiring, Tracing Out a Circuit, Introduction to Printed Circuit Board Tracing 1. Roots of Numbers, Ratio and Proportion: The use of square roots in electronic formulas, the properties of a right triangle, ratios and proportions 1.Inverse Proportion and Negative Numbers: Learn how negative numbers are used in electronics and how to sum up voltages around a series or loop. . Parallel Circuits: Finding the Currents in a Parallel Circuit, Electron Movement in the Circuit 1. Equivalent Circuits: Combined Resistance in Series and Parallel Circuits, Finding Current and Total Resistance in a Series Circuit 1. Applications of Kirchhoff's Laws: Voltmeters and their use, Kirchhoff’s Voltage Law, Figuring Voltages in Series Circuits. Series- Parallel Circuits: Hints on Solving Series- Parallel Circuits, Series - Parallel Circuits with many Components, Using Copper wire 2. Voltage and Power: Understanding Potential, Practical Voltage Sources, Power in DC Circuits 2. Vital Statistics of AC Circuits: Voltages and Graphs, Sine Waves, Phase, AC and DC Working Together 2. Magnetism and Magnetic Circuits: Properties of Magnets, Magnetic Fields, Electromagnetism, Magnetic Circuits 2. Induced Voltage and Current: Inducing Voltage and Current through Motion, Factors that affect Induced Voltage, Lenz’s Law: The Direction of Induced Current 2. Thinking Circuits and Automatic Switches: Logic Circuits, AND Circuits with Switches, OR Circuit with Switches, Combination AND/OR Circuits, Boolean Algebra Computer Shorthand, The Relay - An Automatic Switch, Relay Operation, Using Relays to Switch Heavy Currents, Controlled Circuits and Controlling Circuits, Relay Poles and Throws, Normal Position of Relay Contacts, Circuits with more than One Relay. Relays and Robots: Using one battery to do more than one job, AND Circuit with Relays, A Robot for Rover, OR Circuit with Relays, NOT Logic Circuits, AND Circuit with NOT, A Circuit for Taming the TV, OR Circuit with NOT, Other Logic Circuits. Scientific Notation: A knowledge of scientific notation is essential for the best jobs in electronics. Units of Measure: Units of Measure, Temperature Measurements 2. Inductance: Self Induced Voltage, Current Flow in an Inductance, Inductive Reactance, Reactance of Combined Inductors Phase Shift in Inductors, Impedance 2. Mutual Inductance and Magnetic Coupling: Inducing a Voltage by Mutual Induction, Magnetic Coupling Between Coils, Aiding and Opposing Coupling Flux 3. Transformers: Construction of Power Transformers, Currents in a Transformer, Effect of Shortened Turns 3. Electrical Charges and Capacitance: Electric Fields, How Capacitance Works, Formula for Capacitance, Current through a Capacitor, Capacitors in Series and Parallel 3. Capacitors in Action: Putting the Stored Energy of a Capacitor to Work, Physical Construction of Capacitors, Capacitors and Phase 3. Rectifiers and Amplifiers: The Solid State Diode, Amplification, Amplifying Devices 3. Transistor and FET Amplifiers: Modifying The Basic Amplifier, Transistor Amplifier, Field- Effect Transistor Amplifier 3. Reading and Using Graphs: How to read and Plot a Curve, Plotting a Curve from Lab Values, Graphs and Negative Values, Linear Circuits, Transistor Characteristics Curves 3. Phasors and Formulas: Vectors, Angles, Sine Waves, Proportions, Squares and Roots, + and - Signs 3. Reliable Soldering Techniques: Soldering Tools for Electrons, The Soldering Iron Tip, How to Tin Your Soldering Iron, Solder Flux and Solderability, Soldering Properties of Solder, Eutectic Solder, Tools for Electronic Technicians 3. Practice Lab Support Topics. . Practice. Lab User Manual.Practice Lab User Manual.Requirements: Microsoft Windows XP.Sp. 2/Vista/7/8/2.Linux Redhat, Fedora, Su. SE. Ubuntu. Apple Mac OS XMinimum of. Mb Ram (depending on OS)Minimum processor speed. GHz. Internet connection minimum of. Kbs. Sun Java version. Http Access (Port 8. Https. Access (Port 4. Browser. Client. 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