In this module, the student will acquire knowledge about electronics technology, components, and schematic drawing that will be needed to perform solderless electronics assembly and troubleshooting. They will learn to inventory electronic components, read the resistor color code, decipher capacitor values, and use electronic schematics to build useful devices. Lots of hands-on makes this very exciting to the beginning electronics student.
· This hands-on computer-aided and competency-based training software is the ideal course or module for introduction to electronics! Hands-on experiments are in full-color and student can do them on a solderless circuit board with a 9-volt battery and common electronic components. Includes lessons on Electron Theory, Component Identification, Resistor Color Code, Solderless Circuit Board, How a Resistor works, How a Potentiometer works, How a Photocell works, How a Capacitor works, How a Speaker works, How an SCR works, How an NPN transistor works, How a PNP transistor works, How a 2-transistor oscillator works, and How a 555 timer IC works. Each lesson has a quiz that prints a certificate of completion to put in the students portfolio. Teachers and students love this.
· Your students will learn and be highly motivated because of the nature of the experiments they are doing - they beep, they buzz, they flash - it's fun! It is exciting with many hands on experiments, interactive software integrated into the learning process, interactive quizzes, and more!
· Students are working with actual electronic components building circuits on a solderless circuit board just like engineers and electronics technicians.
· The software comes complete with a comprehensive study guide including diagrams, schematics, pictorials and many worksheet activities. The interactive software included works on PC with Windows 95 or better.
· Interactive quizzes are on the computer to measure student progress, and to make quizzes more fun! Your students will love the illustrated and interactive software that dissects components to show how they work - see flowing electrons, speakers move with the current, and more!
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