Module: Difference between revisions
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A [[Module]] is a self-contained unit designed to perform a specific function within a larger [[System]]. | A [[Module]] is a self-contained unit designed to perform a specific function within a larger [[System]]. | ||
It is characterized by its modularity, meaning it can be integrated or removed without affecting the entire system. | It is characterized by its modularity, meaning it can be integrated or removed without affecting the entire system. | ||
Modules are often used to enhance or expand the capabilities of a device or system by providing specialized features. | Modules are often used to enhance or expand the capabilities of a device or system by providing specialized features. | ||
Exploring the various modules within a system, such as [[Communication Modules]] or [[Sensor Modules]], can offer insights into its versatility and adaptability. | Exploring the various modules within a system, such as [[Communication Modules]] or [[Sensor Modules]], can offer insights into its versatility and adaptability. | ||
Some modules may include sophisticated technologies like [[Microcontrollers]] or [[Wireless Communication Modules]]. | Some modules may include sophisticated technologies like [[Microcontrollers]] or [[Wireless Communication Modules]]. | ||
Latest revision as of 00:25, 12 February 2024
A Module is a self-contained unit designed to perform a specific function within a larger System.
It is characterized by its modularity, meaning it can be integrated or removed without affecting the entire system.
Modules are often used to enhance or expand the capabilities of a device or system by providing specialized features.
Exploring the various modules within a system, such as Communication Modules or Sensor Modules, can offer insights into its versatility and adaptability.
Some modules may include sophisticated technologies like Microcontrollers or Wireless Communication Modules.
