TrustGuide HK
中文EN

Local review · Access to each material is reviewed separately. This is not a personal registration or degree audit.

City University of Hong Kong · Course

EE2000Logic Circuit Design

2026/27 · Undergraduate

Back to ELEL curriculum →
Course code
EE2000
Credit units
3
Academic unit
Department of Electrical Engineering
Readable study materials
185 items

Course overview and requirements

Choose the outline year, then review the content, entry requirements and assessment.

2026/27 · Official catalogue edition

The effective term printed in this PDF is Semester A 2025/26。

Offering details for 2026/27 have not been checked. Confirm available sections in AIMS before registering.

What you will study

Course overview and aims
The aim is to provide students with an understanding of the concepts and design of logic circuits, including (i) various devices, techniques for analyzing and designing combinational circuits and sequential circuits, circuit design and implementation techniques, and (ii) Hardware Description Language (HDL) modelling and synthesis of combinational and synchronous sequential circuit, circuit implementation with FPGA devices. The electrical characteristics of selected logic families are also covered.
Keyword syllabus
Revision of Boolean algebra Boolean algebra and switching functions; minterm and maxterm canonical forms; sum of products and products of sums; don’t care conditions; minimization of Boolean algebra. Combinational Logic Circuit Design Minimization by Karnaugh map and Quine-McCluskey method; circuit designs; timing parameters and circuit hazards. Circuit Design with Functional Blocks Carry Look Ahead adder; comparators; decoders and encoders; multiplexers and demultiplexers. Introduction to Hardware Description Language (HDL) Introduction to Hardware Description Language (HDL); logic gates and combinational circuit modelling. Flip-flops Latches, RS, JK, D-type, edge-triggered and master-slave flip-flops; triggering and setting; timing parameters; HDL circuit modelling. Synchronous Sequential Logic Circuit Design Concept of states; Mealy and Moore Machines; redundant state elimination; sequential digital system analysis and design; HDL sequential circuit modelling. Registers and Counter Basic registers and counters; ripple counters and synchronous counters, and their applications; construction of registers and counters; HDL circuit modelling. Field-Programmable Gate Array Introduction to Look-up Table (LUT), Generic Array Logic (GAL), Programmable Array logic (PAL), simple programmable logic device, complex programmable logic device (CPLD), Field-Programmable Gate Array (FPGA), Programmable System- on-Chip (SoC). FPGA Implementation Combination and synchronous sequential circuit synthesis; datapath component description, debugging and validation. Logic Families Introduction to electrical characteristics of TTL and CMOS logic families; transfer characteristics, noise margins; fan-in and fan-out; comparison of families; interfacing between different families.

Official PDF, pages 4–5 · Keyword Syllabus

Intended learning outcomes
View learning outcomes
CILOIntended learning outcomeWeightDEC
1Apply different methods to simplify combinational logic functions and sequential machines—DEC-A2
2Analyze and design combinational and synchronous sequential circuits—DEC-A1, DEC-A2
3Identify electrical characteristics of different logic families—DEC-A1, DEC-A2
4Design logic circuit using VHDL Hardware Description Language—DEC-A1, DEC-A2
5Implement logic circuits with Xilinx FPGA—DEC-A1, DEC-A2
6Apply basic theories to practical work—DEC-A1, DEC-A2

Official PDF, page 2 · Course Intended Learning Outcomes (CILOs)

Before you take this course

Check prerequisites, precursors and corequisites separately, together with equivalence and exclusion conditions. “and” means conditions must be met together; “or” marks alternatives. Read combined conditions in the groupings shown in the original text below.

Prerequisites
EE1001 Foundations of Digital Techniques (only applicable to EE students) or EE1002 Principles of Electrical Engineering (only applicable to ITME students)
Precursors
Nil
Corequisites
This edition of the official syllabus does not state this item.
Additional course requirements
This edition of the official syllabus does not state this item.
Equivalent courses and conditions
Nil
Exclusive courses and conditions
Nil

Assessment and passing the course

Assessment
Continuous assessment: 50%; Examination: 50%; Examination duration: 2 hours

Assessment breakdown

Assessment taskWeightGenerative AIRemarks and restrictions
TestsCILO 1, 2, 3, 4, 625%No-
AssignmentsCILO 1, 2, 3, 4, 610%Yes-
Lab Exercises/ReportsCILO 1, 2, 3, 4, 5, 615%Yes-

Official PDF, page 3 · Assessment Tasks / Activities (ATs)

View the original assessment table and instructions
Assessment Tasks / Activities (ATs)
                        ATs               CILO No.              Weighting (%)               Remarks ("-" for   Allow Use of
                                                                                            nil entry)         GenAI?
1                       Tests (min.: 2)   1, 2, 3, 4, 6         25                          -                  No
2                       #Assignments      1, 2, 3, 4, 6         10                          -                  Yes
                        (min.: 3)
3                       Lab Exercises/    1, 2, 3, 4, 5, 6      15                          -                  Yes
                        Reports
Passing requirements
Remark: To pass the course, students are required to achieve at least 30% in course work and 30% in the examination. Also, 75% laboratory attendance rate must be obtained. # may include homework, tutorial exercise, project/mini-project, presentation
Credits, duration and edition details
Title in this edition
Logic Circuit Design
Credits in this edition
3
Course duration
One Semester
Syllabus effective term
Semester A 2025/26
Levels printed in the syllabus
B1, B2, B3, B4 - Bachelor's Degree

Check the official document

Read or download this edition through the university link below. EE2000 · Open the original university PDF ↗

Source · University course information ↗ · Checked 2026-10-18

Study materials

185 readable items

Browse by the material’s own year and type. Historical materials are study references.

40 / 185 items

  • EE 2000_ Tut 01

    Tutorials · 2021-2022 Semester A · Local review material · 468 KB

    Download original ↧

  • EE 2000_ Tut 01__内容不同_445796730f

    Tutorials · 2021-2022 Semester A · Local review material · 132 KB

    Download original ↧

  • EE 2000_ Tut 01_solution

    Tutorials · 2021-2022 Semester A · Local review material · 213 KB

    Download original ↧

  • EE 2000_ Tut 01_solution

    Tutorials · 2021-2022 Semester A · Local review material · 1.0 MB

    Download original ↧

  • EE 2000_ Tut 02__内容不同_a53fc17658

    Tutorials · 2021-2022 Semester A · Local review material · 81 KB

    Download original ↧

  • EE 2000_ Tut 02_solution

    Tutorials · 2021-2022 Semester A · Local review material · 567 KB

    Download original ↧

  • EE 2000_ Tut 03

    Tutorials · 2021-2022 Semester A · Local review material · 276 KB

    Download original ↧

  • EE 2000_ Tut 03__内容不同_d6c5daa79d

    Tutorials · 2021-2022 Semester A · Local review material · 80 KB

    Download original ↧

  • EE 2000_ Tut 03_solution

    Tutorials · 2021-2022 Semester A · Local review material · 176 KB

    Download original ↧

  • EE 2000_ Tut 03_solution

    Tutorials · 2021-2022 Semester A · Local review material · 448 KB

    Download original ↧

  • EE 2000_ Tut 04

    Tutorials · 2021-2022 Semester A · Local review material · 70 KB

    Download original ↧

  • EE 2000_ Tut 04__内容不同_32a9a7ebef

    Tutorials · 2021-2022 Semester A · Local review material · 76 KB

    Download original ↧

  • EE 2000_ Tut 04_solution

    Tutorials · 2021-2022 Semester A · Local review material · 264 KB

    Download original ↧

  • EE 2000_ Tut 04_solution

    Tutorials · 2021-2022 Semester A · Local review material · 753 KB

    Download original ↧

  • EE 2000_ Tut 05

    Tutorials · 2021-2022 Semester A · Local review material · 54 KB

    Download original ↧

  • EE 2000_ Tut 05__内容不同_41d3054a74

    Tutorials · 2021-2022 Semester A · Local review material · 181 KB

    Download original ↧

  • EE 2000_ Tut 05_solution

    Tutorials · 2021-2022 Semester A · Local review material · 73 KB

    Download original ↧

  • EE 2000_ Tut 06

    Tutorials · 2021-2022 Semester A · Local review material · 20 KB

    Download original ↧

  • EE 2000_ Tut 06_Solution

    Tutorials · 2021-2022 Semester A · Local review material · 296 KB

    Download original ↧

  • EE 2000_ Tut 07

    Tutorials · 2021-2022 Semester A · Local review material · 326 KB

    Download original ↧

  • EE 2000_ Tut 07_Solution

    Tutorials · 2021-2022 Semester A · Local review material · 392 KB

    Download original ↧

  • EE 2000_ Tut 08

    Tutorials · 2021-2022 Semester A · Local review material · 112 KB

    Download original ↧

  • EE 2000_ Tut 08_Hints

    Tutorials · 2021-2022 Semester A · Local review material · 74 KB

    Download original ↧

  • EE 2000_ Tut 09

    Tutorials · 2021-2022 Semester A · Local review material · 463 KB

    Download original ↧

  • EE 2000_ Tut 09_Hints

    Tutorials · 2021-2022 Semester A · Local review material · 1.1 MB

    Download original ↧

  • EE 2000_ Tut 10

    Tutorials · 2021-2022 Semester A · Local review material · 36 KB

    Download original ↧

  • Assignment1_2021A

    Assignments · 2020-2021 Term unknown (year label from the original folder) · Local review material · 121 KB

    Download original ↧

  • EE 2000_ Lecture 01__内容不同_23603124c2

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 831 KB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 02

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 2.6 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 03

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 1.1 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 04__内容不同_7249a19754

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 2.2 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 05__内容不同_d7bbbb1592

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 452 KB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 06__内容不同_0129b76e25

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 1.1 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 07__内容不同_7b724cddc3

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 1.6 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 08__内容不同_70d986266d

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 841 KB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 09__内容不同_b41d6932e0

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 1.6 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Lecture 10__内容不同_0365af6afa

    Lecture slides · 2020-2021 Term unknown (year label from the original folder) · Local review material · 2.3 MB

    Material type follows its original classification.

    Download original ↧

  • EE 2000_ Tut 06__内容不同_c3df50a8e1

    Tutorials · 2020-2021 Semester A (year label from the original folder) · Local review material · 121 KB

    Download original ↧

  • EE 2000_ Tut 07__内容不同_dd10cd0815

    Tutorials · 2020-2021 Semester A (year label from the original folder) · Local review material · 198 KB

    Download original ↧

  • EE 2000_ Tut 08__内容不同_f7ed36c445

    Tutorials · 2020-2021 Semester A (year label from the original folder) · Local review material · 89 KB

    Download original ↧

Related programme curricula

Ready to register for this course?

  1. Check the year and entry requirements

    Use the relevant outline year and check the prerequisites, corequisites and exclusions. Verify missing conditions through the official source linked on this page.

  2. Check your programme curriculum

    Confirm which requirement the course fulfils and any alternatives or credit requirements within its course group.

  3. Choose sections in AIMS and confirm the result

    Check the available sections, places and times for the term. After submitting through the registration process, confirm that the course and its sections have been added successfully.

Registration steps, restrictions & confirmation →Open AIMS registration ↗Academic Regulations and Records Office ↗

Related course codes

Equivalences preserve original course codes and years; historical slides are not automatically current-course material.