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lecturer engineer iuliana chiuchisan

Courses

  • Fundamentals of Digital Electronics

    Undergraduated course for 3rd-year students from Mechatronics Department,
    Semester III.

  • Digital Electronics

    Undergraduated course for second year students from Electrotechnical Engineering Department,
    Semester IV.

  • HDL Design

    Undergraduated course for 4th-year students from Computer Science and Electronical Engineering Department,
    Semester VIII.

Semester I



Logic design Course

ANALIZA SI SINTEZA DISPOZITIVELOR NUMERICE/ CIRCUITE INTEGRATE DIGITALE 1 (AIA, IETTI, an 1)

  PLCourse 1: Introduction in Logic Design
  Course 2: Boolean Algebra. Logic Gates
  Course 3: Logic functions. Karnaugh Minimization
  Course 4: Synthesis of CLC with logic gates
  Course 5: Study of decoder
  Course 6: Study of multiplexer
Course 7: Study of adders, coder, demultiplexer and arithmetic logical unit
Course 8: Sequential circuits
Course 9: Latches and Flip-Flops
Course 10: Counters
Course 11: Registers
Course 12: Recap exam

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Semester II

Digital Electronics Course

ElectronicĂ II / Electronica analogica si digitala II/ ELECTRONICĂ DIGITALĂ (EN, SE, ESM, MCT, an 2)

Course 1 (Notes): Digital World
Course 2 (Notes): Logic Circuits. Logic Gates
Course 3 (Notes): Boolean Algebra. Logic Function
Course 4 (Notes): Minimization using Veitch-Karnaugh maps
Course 5 (Notes): Analysis and synthesis of combinational circuits
Course 6 (Notes): Combinational Circuits - Part I
Course 7 (Notes): Combinational Circuits - Part II
Course 8 (Notes): Combinational Circuits - Part III
Course 9 (Notes): Sequential logic design. Mealy finite state machine
Course 10 (Notes): Flip-Flops (CBB)
Course 11 (Notes): Digital registers
Course 12 (Notes): Counters

    Annexes

        Annex 1: Codification
        Annex 2: Integrated Circuits - Logic Gates
        Annex 3: Integrated Circuits - Combinational Circuits
        Annex 4: Integrated Circuits - Sequential Circuits

HDL Design Course 

Proiectare VLSI (C, AIA an 4)

Course 1: Introduction in VLSI Technologies
Course 2: Level of description in Verilog
Course 3: Structural description in Verilog HDL. Continuous assignment
Course 4: Control blocks in Verilog
Course 5: Procedural block in Verilog HDL
Course 6: Task and function in Verilog HDL
Course 7: Memory description. RAM Memory - Verilog design