Getting Started Professors and course instructors can register as of our University Program to: • Request donations of boards and software/IP licenses • Purchase hardware at reduced prices • Obtain complete solutions for our laboratory excercises • Access Intel® FPGA and Enroll your students into one of our. Also, check our schedule and come see us in person. Course Material We provide teaching material specifically designed by professors for courses covering digital Logic, computer organization and embedded systems.

Please visit the Quartus II Simulator page, for more information regarding Qsim and the Waveform Editor. The support includes hardware, software, and teaching. Simulating a Design Circuit Using Qsim 1. Program is either in the current working directory. Altera 12.0sp1 quartus bin.

PC/CP120 Digital Electronics Lab Introduction to Quartus II Software Design using QSim for Simulation In this tutorial, we will show you how you capture the schematic design for the automatic door opener circuit using Altera Quartus II software. The Problem We are designing a circuit for an automatic door like those you see at supermarkets. Huawei E3231 Drivers For Donglegate. The door should open only when a person is detected walking through or when a person presses a switch (such as the wheelchair button) to have the door open. The door should only operate if it has been unlocked. • output: f = 1 (Opens Door) • inputs • p = 1 Person Detected • h = 1 Switch Holding the Door Open • c = 1 Door Closed/Locked • Want door to open when • the door is unlocked and person walking through (c=0 and p=1) • the door is unlocked and the switch is set to hold it open (c=0 and h=1) E: Drive or flash drive While working in the lab, you will want to work from either the E: drive on the lab machines or for a flash drive. You can copy your directory to your I: drive at the end when you are done, but there are problems working directly on the I: drive in Quartus II.

Be sure to copy your files to the I: drive or a flash drive after you are done, since files on the E: drive will be erased. Each time you create a new project in Quartus II, create a new project directory so that all of the files for each project are in one place and not mixed up with files from other projects. Getting Started with Altera Quartus Launch the Altera Quartus software. You should see a screen such as this: Creating a New project Select the File → New Project Wizard; a window like the following will appear.

To select the working directory use the button to browse and select E: CP120 intro. Name the project DoorOpener. (Note that the next field gets filled in automatically.) Select Finish. Don't uses spaces in file or directory names. Creating a new Schematic design Select File → New - A window as seen in the following picture will open. Select ' Block Diagram/Schematic File' and press OK. This should open a pane where you will design your circuit.

This pane is designated Block1.bdf. Save this graphic design file as DoorOpener in your 'intro' directory. The file will be given the bdf extension; bdf stands for block design file and contains schematics, symbols or block diagrams. Adding text • Select the A below the arrow to the left of your Block Diagram/Schematic File window (also known as the palette). • Select a point near the top left in the window with the left mouse key. • Type your name and then hit the Enter key.

• Type your project name and then hit the Enter key. • Type the following equation, f = hc' + pc', and then hit the Enter key. • Hit the Esc (escape) key to end text additions. Adding a Component • Click the library icon. The Symbol dialog box will appear.

This window lists the available Altera libraries as seen in this image. • Expand the /altera/quartus12. Deltakar Og Tilskodar Pdf File. 1/quartus/libraries folder, expand the primitives folder and then expand the logic folder.

• In the logic folder, select the and2 component by double clicking on it (or by selecting it with a single click, then selecting OK). • Click the pointer at the desired location in the Block Diagram/Schematic Editor window to insert the AND symbol into the design file. Repeat these steps to enter an OR ( or2) gate and a NOT ( not) gate. (If you wanted to add multiple NOT gates, you could select the Repeat-insert mode box.) In the same manner that you placed a gate onto the palette, add three input pins and one output pin from the Symbol libraries.

Input pins can be found under primitives pin inputs. Seeyou Registration Key Keygenguru here. Output pins can be found under primitives pin outputs.

Name your input and output pins as you name them in your equation. Double click on the pin name to change its name. Never use spaces in pin names; e.g. 'input 1' is a problem - 'input1' and 'input_1' are ok. Rearrange your devices in approximately the placement you would like for the logic diagram you are trying to construct.