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The term "electronics" refers to the branch of science and technology that deals with the design and use of circuits, devices, and systems that involve the flow of electrons. It’s called "electronics" because it revolves around controlling and manipulating electrons — the tiny charged particles that move through conductive materials (like wires) to create electrical currents.
When we talk about **electronic devices** (like computers, phones, and even simple components like resistors or capacitors), we’re essentially discussing systems where the behavior of electrons is the key to how they work. Electronics involves not just the generation of electricity, but also its control, amplification, and transmission through circuits.
While **electricity** refers to the broader concept of electrical power and energy, **electronics** focuses more on the control and flow of electrons in a controlled way to perform specific tasks, like switching signals, amplifying sound, processing data, etc.
In short, it’s called electronics because it deals with devices and systems that depend on the flow of electrons to function.
When we talk about **electronic devices** (like computers, phones, and even simple components like resistors or capacitors), we’re essentially discussing systems where the behavior of electrons is the key to how they work. Electronics involves not just the generation of electricity, but also its control, amplification, and transmission through circuits.
While **electricity** refers to the broader concept of electrical power and energy, **electronics** focuses more on the control and flow of electrons in a controlled way to perform specific tasks, like switching signals, amplifying sound, processing data, etc.
In short, it’s called electronics because it deals with devices and systems that depend on the flow of electrons to function.