Logic Gates and Logic Circuits

​KS3 Computer Science: ​Logic gates and logic circuits

This module contains:

  • An editable PowerPoint lesson presentation
  • Editable revision handouts
  • A glossary which covers the key terminologies of the module
  • Topic mindmaps for visualising the key concepts
  • Printable flashcards to help students engage active recall
  • A quiz with answer key to test knowledge and understanding of the module
Compatible with the following examination boards
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​Logic gates and logic circuits

​Logic gates are the building blocks of electronic circuits that are used in computer components like memory and other controlling devices. Logic gates work on the principle that the binary digit 1 represents the ON or TRUE state and 0 represents the OFF or FALSE state. Logic gates are combined to form logic circuits that are responsible for a unique function, for example, controlling the various mechanisms of an oven such as temperature, timing, etc.

This KS3 Computer Science module introduces ​logic gates and logic circuits to your students, explaining:

  • ​Electrical switches
  • Understanding the working of logic gates
  • To apply the concept of logic gates to analyse and build logic circuits
  • To analyse the logic circuit of half adder
  • Using these logical operators used in programming

More Computer Theory Modules

​Logic gates and logic circuits is one lesson in our Computer Theory module. The other theory lessons can be found below: