F2013_TEJ3M_Unit+3


 * Unit 3 - Electricity[[image:http://static.ddmcdn.com/gif/science-projects-for-kids-current-electricity-4a.jpg width="80" height="75" align="right"]] **


 * **Date** || **Course Work Done** || **Important Dates** ||
 * [[image:wk16.jpg]] || * Week of Dec. 16, 2013
 * Continue with your projects
 * Code for those of you who need to convert decimal to binary
 * [[file:convert decimal to binary.t]] ||  ||
 * [[image:wk15.jpg]] || * Mon Dec 9, 2013
 * Start turing - a little bit of programming


 * Tues. Dec 10, 2013
 * Use turing to turn on lights using computer printer port


 * Wed. Dec 11, 2013
 * Chapter 3 Quest


 * Thurs. Dec 12, 2013
 * Make sure you can get all eight LEDs to light up using text 7.5.2


 * Fri. Dec 13, 2013
 * choose project you wish to do and start it.
 * online turing help [] || Quest Wed Dec, 2013 ||
 * [[image:wk14.JPG]] || * Mon Dec 2, 2013 [[image:http://www.doctronics.co.uk/Subsystems/Subsystem%20images/AND_11.gif width="272" height="199" align="right"]]
 * Take a look at the answers from the Boolean Algebra Sheet. Notice I confirmed my answers using a truth table. Be sure to create a similar truth table to confirm your simplifications.
 * Make sure you have your simulated 3-bit adder image completed (with description of what is happening) uploaded on the Drive
 * The 74LS08 and 74LS86 have the same IC configuration (all input and output pins are the same as are the power and ground) Take one of the unknown chips and create a truth table for it. Make sure to use a 150 ohm resistor to save the LED.
 * Create the design to create your 3-bit adder on a Protoboard.


 * Tues. Dec 3, 2013
 * Changed design for the 3-bit adder to a one-bit adder for time sake.


 * Wed. Dec 4, 2013
 * Once the one-bit adder has been completed. Create the flip-flop (Experiment 9).


 * Thurs. Dec 5, 2013
 * Next experiments to attempt, Experiment 10 then 11 || The answers to the Bool expression questions have been uploaded on the Google Drive ||
 * [[image:wk13.jpg]] || * Mon. Nov 25, 2013
 * Finish Fridays lab and also do transistor lab.


 * Tues. Nov 26, 2013
 * Boolean algebra
 * If you have completed sheets use simcir to verify your results, located in DATA1(\\GLEBFS1.ad.ocdsb.ca)(X:)\docs\Handout\Forrest\TEJ resources\simcir121\lib and double click on the simcir Jar file.


 * Wed. Nov 27, 2013
 * Take up //Deriving a Boolean Expression from a Logic Circuit//
 * Take up //Deriving a Logic Circuit from a Boolean Expression//
 * Do Replacing gates & Boolean Algebra Theorems Sheet (refer to the 4 pages starting at @http://www.allaboutcircuits.com/vol_4/chpt_7/3.html to help you out).
 * Go back to //Deriving a Boolean Expression from a Logic Circuit// and try to simplify the answers. Create the circuits (using simcir) and check to see if you get the same Truth Table


 * Thurs Nov 28, 2013
 * Finish taking up questions from sheets


 * Friday Nov 29, 2013
 * Finished last of taking up questions
 * Go to this link and look at the full adder. [] You are required to create a circuit including 3 full adders that have a 3 bit input and a 4 bit output on the simcir simulator. You should be able to show in your image the following: A=101 and B=110 being added together to produce an output on the circuit in LEDs. Take a screen shot of your final product, paste the picture in paint and save it to your shared drive with a wriiten paragraph describing how it works (this is brief a few sentences should do) ||  ||
 * [[image:wk12.jpg]] || * Mon Nov. 18, 2013
 * Quick review of Current, Potential Difference and Resistance
 * Resistor sheets.
 * Finish Phet simulation sheets
 * Tues. Nov 19, 2013
 * Ohms Law and sheets
 * Setting up first circuit with LED


 * Wed. Nov 20, 2013
 * Create AND and OR gates with diodes.
 * Truth Tables


 * Thurs. Nov 21, 2013
 * Boolean Logic - AND Gate 74LS08 - data sheet
 * Go to this site and work your way through the page. (interactive)
 * try the problem at the end
 * More Logic Gates worksheet (on Google Drive)


 * Fri. Nov 22, 2013
 * Potentiometers, Capacitors and SCR lab. ||  ||
 * [[image:wk11.jpg]] || * Wed. Nov 13, 2013
 * Review of electricity vocabulary and schematic symbols
 * Schematic review sheet


 * Thurs. Nov 14, 2013
 * Execute the online electricity lab using the online simulation found at []
 * Follow the instructions on the lab and complete it to the best of your ability. Beware of the AC and DC setting ||  ||