| Topic |
Sub-topic |
| Unit 0: Summary |
Teaching Staff. Identifying Data. Lecture sessions. Laboratory Sessions. Planning. Assessment. Lecture Scheduling. Laboratory Scheduling. Bibliography.
|
| Unit 1: Introduction to Digital Electronics |
Introduction. Number Systems and Digital Codes. Boolean Algebra. Truth tables. Logic Gates. Logic Circuits. Simplyfing logic funcions. Combinational Systems Design with Logic Gates. |
| Unit 2: Introduction to VHDL |
Relevant Language Elements and Concepts for this Course.
|
| Unit 3: Basic Combinational Systems (I) |
Functional Blocks. Technologies and Output Types of the Digital Circuits. Decoders.
|
| Unit 4: Basic Combinational Systems (II) |
Multiplexers. Encoders. Demultiplexers. Programmable Memories or Look-Up Tables (LUT). |
| Unit 5: Arithmetic Systems |
Comparators. Parity Detection and Generation. Arithmetic Circuits. Application Examples. VHDL Description. |
| Unit 6: Sequential Logic Systems Principles |
Definition and Classification. Latches and flip-flops. Application Examples. VHDL Description. |
| Unit 7: Synchronous Sequential Systems |
Registers. Counters. Shift Registers. Application examples. VHDL description. |
| Unit 8: Control Synchronous Sequential Logic Design |
Control Synchronous Sequential Systems Design. Application Examples. VHDL Description. |
| Unit 9: Memory Units |
Classification. Active and Pasive Random Access Memories (RAM and ROM). Content Access Memories (CAM). Sequential Access Memories (LIFO, FIFO, Circulars). |
| Practice 1 |
Introduction to Design using VHDL and the Vivado Design Tool (I). |
| Practice 2 |
Introduction to Design using VHDL and the Vivado Design Tool (II). |
| Practice 3 |
Combinational System Design and Implemetation (I). |
| Practice 4 |
Combinational System Design and Implemetation (II). |
| Practice 5 |
Combinational System Design and Implemetation (III). |
| Practice 6 |
Combinational System Design and Implemetation (IV). |
| Practice 7 |
Arithmetic Circuits. |
| Practice 8 |
Arithmetic Systems. |
| Practice 9 |
Sequential Circuits. |
| Practice 10 |
Sequential Systems (I). |
| Practice 11 |
Sequential Systems (II). |
| Practice 12 |
Sequential Systems (III). |
