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)Digital fundamentals refer to the basic principles and concepts of digital electronics, including binary numbers, Boolean algebra, logic gates, and digital circuits. These fundamentals are essential for understanding and working with digital devices and systems.
Analog signals are continuous and vary in a smooth and gradual manner, while digital signals are discrete and have a finite number of values. Analog devices use continuous signals to represent information, while digital devices use binary digits (bits) to represent information.
Digital signals are transmitted and processed using digital devices and systems, which convert analog signals into digital form, transmit them as binary data, and then convert them back into analog signals at the receiving end. This process is known as digital signal processing (DSP).
Examples of digital devices include computers, smartphones, tablets, digital cameras, and televisions. These devices use digital technology to process and store data, and they often rely on digital fundamentals to function properly.
Digital fundamentals have a significant impact on our daily lives, as they are the basis for the functioning of many modern technologies. From communication devices to transportation systems, digital fundamentals play a crucial role in our interconnected world.