Mastering Combinatorial and Sequential Circuits

Which type of circuits are discussed in Lecture 4 of INF1001?

Which of the following is an example of a Combinatorial Circuit?

What is the purpose of a Flip-flop in logic circuits?

What is the difference between a latch and a flip-flop?

What is the purpose of a Shifter in logic circuits?

Which module is CSC1104 - Computer Organisation and Architecture derived from?

Who is the module lead for CSC1104 - Computer Organisation and Architecture?

Where is Dr Cao Qi's office located?

Which book is NOT acknowledged as a source for CSC1104 - Computer Organisation and Architecture?

What is the course objective of CSC1104 - Computer Organisation and Architecture?

Lecture 4 Topics

Combinational Circuits
Sequential Circuits

Combinational Circuit Example

A Decoder is an example of a Combinational Circuit.

Flip-flop purpose

In logic circuits, a Flip-flop stores a single bit of information.

Latch vs flip-flop

A latch is sensitive to the input signal's current state.
A flip-flop is triggered by a clock signal.

Shifter Purpose

A Shifter is a circuit that manipulates the bits within a word.

CSC1104 Module Derivation

CSC1104 - Computer Organisation and Architecture is derived from the INF1001 module.

CSC1104 Module Lead

Dr Cao Qi is the module lead for CSC1104 - Computer Organisation and Architecture.

Dr Cao Qi's Office

Dr Cao Qi's office is located in Block N2, Level 6.

CSC1104 Source Material

"Computer Organization and Design - The Hardware/Software Interface" (Patterson and Hennessy) is acknowledged as a source for CSC1104 - Computer Organisation and Architecture.
"Computer Architecture: A Quantitative Approach" (Hennessey and Patterson) is acknowledged as a source for CSC1104 - Computer Organisation and Architecture.
"Computer Architecture: A Quantitative Approach" (Mano) is NOT acknowledged as a source for CSC1104 - Computer Organisation and Architecture.

CSC1104 Course Objective

The course objective of CSC1104 - Computer Organisation and Architecture is to introduce students to the architectural principles of modern computers and provide an understanding of how computer hardware interacts with software.

Test your knowledge on combinatorial circuits and sequential circuits in this quiz! Learn about useful circuits such as adders, multiplexers, shifters, and comparators, as well as the electronic realization of logic circuits. Dive into sequential circuits and explore basic storage cells and registers like the SR latch, D-latch, and timing diagrams. Get familiar with flip-flops including PGT, NGT, D-FF, and JK-FF, and discover their applications. Don't miss out