Computer Logic Design Lab

Combinatorial Circuits

 

Lab Notebook Requirements

Lab 1: Introduction to Discrete Digital Logic

• Lecture notes
• Laboratory Manual
• Lecture notes - presentation

Lab 2: Introduction to VHDL, ISE and ModelSim

• Lecture Notes
• Laboratory Manual
• Worksheet
• Laborator files: fewgates.vhd and fewgates_tb.vhd
• Lecture notes - presentation
• Lecture files: fewgates.vhd and fewgates2.vhd

Lab 3: Introduction to Arithmetic circuits

• Lecture Notes
• Laboratory Manual
• Worksheet
• Laborator files: Lab3_1.vhd and Lab3_1_tb.vhd
• Lecture notes - presentation
• Lecture files: addition.vhd and mux4x1.vhd

Lab 4: Introduction to IP cores

• Lecture Notes
• Laboratory Manual
• Worksheet
• Laborator files: complement.vhd , complement_tb.vhd , top.vhd and top_tb.vhd
• Lecture notes - presentation
• Lecture file: black_box.vhd

Sequential Circuits

Lab 5: Introduction to Sequence Detectors and CPLDs

• Lecture Notes
• Laboratory Manual
• Worksheet
• Laborator files: sequence.vhd, sequence_tb.vhd, sequence.ucf
• Board datasheet to find pin assignments.
• Lecture notes - presentation
• Lecture file: seq_det2.vhd

 

Lab 6: Introduction to Counters and more on CPLDs

• Lecture Notes
• Laboratory Manual Note that the first part of the Laboratory Manual was taken from a section on the lecture notes. It's important for you to have read carefully the lecture notes before start developing the laboratory.
• Worksheet
• Laborator files: counter.vhd , counter_tb.vhd ¸ disp_controller.vhd , disp_controller_tb.vhd , disp_controller.ucf , converter.vhd ¸ inv_v.vhd , selector.vhd , top_counter.vhd and top_counter.ucf ,

 

Lab 7. Introduction to Accumulators, Adders and FPGAs

• Lecture Notes
• Laboratory Manual.
• Worksheet
• Laboratory files: half_adder_tb.vhd ¸ full_adder_tb.vhd , four_bit_reg.vhd , accumulator_tb.vhd , disp_controller.vhd and top_accumulator.ucf also clockbuffer.vhd
• Pins assignment table

 

Lab8. Final Project (click here)