Dear Students I heard some of you have completed Lab8 successfully with the kit....Very good.... *Tomorrows plan* Please do some homework today that will enhance your productivity tomorrow..:-) 1. Discussion on Traffic light Controller ...Deriving at STG/STT...and Deriving a working code and Checking the code on both Simulation and Kit... 2. Making the platform set for ROBO CAR design 3. Understanding little about Sound (Buzzer)(if time permits) *Saturday plan* A test is planned with all the inputs given till now...The students who get 70% and above their certificates will have "Distinction" mentioned.. Discussion, feedback and suggestions and flawless easy implementation models are welcome of how to make our club self-sustained and purposeful to all of them who is part of it and to all of them who are around us... All the Best... Be fearless that is the only secret of all successful people...And the way you get rid of fear is by doing the thing which makes your fearful...Believe me Fear is just a mindset..Expecting you all to face the test with confidence and with joy.. Also attaching Lab 8 Question for more clarity which may help some of you who have still not completed.. PREPARATION You will need a LaunchPad, a switch, a 10kΩ resistor, an LED, and a 470Ω resistor. STARTER PROJECT Lab8_SwitchLEDinterface PURPOSE Lab 8 is our first lab requiring you to build circuits on the breadboard and connect them to the LaunchPad. The purpose of this lab is to learn how to interface a switch and an LED. You will perform explicit measurements on the circuits in order to verify they are operational and to improve your understanding of how they work. SYSTEM REQUIREMENTS In this lab you will build a switch interface that implements positive logic, and you will build an LED interface that implements positive logic. You will attach this switch and LED to your protoboard (the white piece with all the holes), and interface them to your TM4C123. Overall functionality of this system is similar to Lab 6, with five changes: 1) the pin to which we connect the switch is moved to PE0, 2) you will have to remove the PUR initialization because pull up is no longer needed. 3) the pin to which we connect the LED is moved to PE1, 4) the switch is changed from negative to positive logic, and 5) you should decrease the delay so it flashes about 5 Hz. To flash at 5 Hz means the LED comes on 5 times per second. If the switch is pressed we turn on the LED for 100 ms, turn off the LED for 100 ms, and repeat. *1) Make PE1 an output and make PE0 an input. * *2) The system starts with the LED on (make PE1 =1). * *3) Wait about 100 ms* *4) If the switch is pressed (PE0 is 1), then toggle the LED once, else turn the LED on. * *5) Steps 3 and 4 are repeated over and over.* -- Kayalvizhi Jayavel Assistant Professor Department of IT SRM University