TUTORIALS FOR MAX3000A CPLD DEVICES
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1 TUTORIALS FOR MAX3000A CPLD DEVICES WEL LAB BCD DECODER
2 CONTENTS: INTRODUCTION.. GETTING STARTED. DESIGN ENTRY. PIN ASSIGNMENT. PROGRAMMING CPLD DEVICE. REFERENCES. WEL LAB, IIT BOMBAY Page 2
3 Introduction: A seven-segment display consists of seven elements that are made of either LCDs (liquid crystal) or LEDs (light-emitting diodes).the elements are labeled a-g. Depending on which elements are turned on, the display decimal numerals 0 through 9. There are two important types of 7-segment LED display. In a common cathode display, the cathodes of all the LEDs are joined together and the individual segments are illuminated by HIGH voltages. In a common anode display, the anodes of all the LEDs are joined together and the individual segments are illuminated by connecting to a LOW voltage. WEL LAB, IIT BOMBAY Page 3
4 GET STARTED: You begin this tutorial by creating a new Quartus II project. A project is a set of files that maintain information about your FPGA design. The Quartus II Settings File (.qsf) and Quartus II Project File (.qpf) files are the primary files in a Quartus II project. To compile a design or make pin assignments, you must first create a project. 1. In the Quartus II software, Select File > New Project Wizard. The Introduction page opens. See fig Click Next. Fig-1 WEL LAB, IIT BOMBAY Page 4
5 3. Enter the following information about your project: a. What is the working directory for this project? Enter a directory in which you will store your Quartus II project files for this design, for example, C:\altera\bcd_decoder b. What is the name of this project? Type bcdecoder. c. What is the name of the top-level design entity for this project? Type bcdecoder. See fig-2. Fig.-2 Note: File names, project names, and directories in the Quartus II software cannot contain spaces. And the name of top module in the program should be same as given in the above window. 4. If you have any existing file of VHDL, or VERILOG HDL file then you can add those files to your project by simply clicking ( ) bar and then click Add button and if you want to add more than one file simply click Add All button. Otherwise leave it blank and click next tab. In fig -3. WEL LAB, IIT BOMBAY Page 5
6 Fig-3 5. In the next step we have to select the FPGA or CPLD device which we are using on our board (select MAX 3000A) as shown in fig -4 make all the settings as shown in the Fig-4. Fig-4 Since our Cpld have 64 macro cells so select EPM3064ALC44-10 and then click NEXT. WEL LAB, IIT BOMBAY Page 6
7 6. There is no change in window of fig-5 and click NEXT. Fig-5 7. Click next, summary of project and its details are shown in the next window.fig-6 8. Click Finish. Fig-6 WEL LAB, IIT BOMBAY Page 7
8 DESIGN ENTRY: In the design entry phase, you use RTL or schematic entry to create the logic to be implemented in the device. You also make pin assignments, including pin placement information, and timing constraints that might be necessary for building a functioning design. In the design entry step you create a schematic or Block Design File (.bdf) or Hdl file (Vhdl, Verilog) that is the top-level design. You will add library of parameterized modules (LPM) functions and use Verilog HDL code to add a logic block. When creating your own designs, you can choose any of these methods or a combination of them. a. Choose File > New > Verilog HDL File for verilog to create a new.v file or File > New > VHDL File to create a new.vhdl file (see Fig-7)which you will save as the top-level design. b. Click OK. Fig-7 WEL LAB, IIT BOMBAY Page 8
9 c. Choose File > Save As and enter the following information (see fig-8). File name: bcdecoder Save as type: Verilog Hdl File(*.v) or VHDL file(*.vhdl) Fig-8 d. Type the code into the blank bcdecoder file and save it. (see fig -9). WEL LAB, IIT BOMBAY Page 9
10 Fig-9 After the code is written, click the start compilation button in tool menu as shown in fig-9 WEL LAB, IIT BOMBAY Page 10
11 e. If the simulation is successful then a green tick mark is displayed in front of Compile Design in the task bar as shown below. Fig-10 WEL LAB, IIT BOMBAY Page 11
12 ASSIGNMENT OF PINS: In this section, you will make pin assignments. Follow the steps given below for making assignment. 1. Once the design is compiled, you can choose what pins to assign as input/output from Pin Planner under the Assignments tab in the Menu bar. It opens windows as shown below. Fig-11. After making the pin assignments recompile the design. Fig-11 WEL LAB, IIT BOMBAY Page 12
13 2. Re-run the compiler and make sure that there are no errors. 3. The pins which have been configured as input and output on the board are listed. Onboard clock is on pin no 43. Inputs Pin No. Outputs Pin No. SW1 4 SW2 5 SW3 6 SW4 8 SW5 9 SW6 11 SW7 12 SW8 14 LED1 24 LED2 25 LED3 26 LED4 27 LED5 28 LED6 29 LED7 31 LED8 33 WEL LAB, IIT BOMBAY Page 13
14 PROGRAMMING OF CPLD: 1. For programming the CPLD device open the tool option and select programmer a window will open as shown in fig(a) and fig(b). Create the Serial Vector file (.svf) for programming device. Fig(a) Fig(b) WEL LAB, IIT BOMBAY Page 14
15 2. Run the JTAG shell it will display the window as shown below 3. Type out the command cable FT The detect command should show the IR length of the CPLD connected followed by the details of the CPLD. 5. Since the CPLD is the only device in the JTAG chain, type the part 0 command. In case you have other devices connected to the JTAG chain, you can choose the appropriate device by specifying the corresponding part number. 6. The command svf <Address of the.svf file> will start programming the CPLD. WEL LAB, IIT BOMBAY Page 15
16 References : Software Download (Quartus), UrJTAG a. b Fundamentals of Digital Logic with Verilog Design (Stephen Brown) 2E. WEL LAB, IIT BOMBAY Page 16
TUTORIALS FOR MAX3000A CPLD DEVICES
TUTORIALS FOR MAX3000A CPLD DEVICES WEL LAB 6-BIT-UP-DOWN-COUNTER CONTENTS: INTRODUCTION.. GETTING STARTED. DESIGN ENTRY. PIN ASSIGNMENT. PROGRAMMING CPLD DEVICE. REFERENCES. WEL LAB, IIT BOMBAY Page 2
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