Description:
Combinational and sequential logic forms the foundation of digital circuits used in a wide range of modern apllication, from computers to embedded systems, consumer electronics, and communication infrastructures.
Combinational logic pertains to circuits where the output at any given moment depends solely on the current values of the inputs. In other words, these circuits do not possess memory, and their outputs are direct functions of their inputs.
Sequential logic, on the other hand, incorporates the concept of memory. The outputs of sequential circuits depend not only on the current inputs but also on the previous state of the circuits. These circuits are capable of storing information.
Target Audience: 2nd Year Licence Degree, Telecommunication Specialty
Objectives of the course:
Understand common combinatory circuits. Be able to design some applications of combinatory circuits using standard tools such as truth tables and Karnaugh maps. Introduce sequential circuits through flip-flops, counters, and registers.
- Enseignant: SAIDANI SAMIR