What type of signal does a demultiplexer handle?

What type of signal does a demultiplexer handle?

• A. Single continuous signal
• B. Multiple combined signals
• C. Analog signal only
• D. Digital signal only

Answer: (B)

A demultiplexer is a device designed to route one input signal to multiple outputs. It operates by taking a single input signal and selectively sending it to one of several output lines based on the value of control signals. This means that a demultiplexer effectively manages multiple combined signals, directing them based on specific control logic. The nature of the input signal can be either digital or analog, but the key function of a demultiplexer is its ability to handle the distribution aspect of multiple signals rather than just a single continuous or discrete signal. This characteristic makes it particularly useful in applications where a single data source needs to be directed to various destinations based on certain conditions. In digital circuits, it is common for a demultiplexer to operate with digital signals, using binary control lines to select the output. However, the essential aspect of its function is managing multiple combined signals efficiently, regardless of whether those signals are digital or analog. This is why the concept of handling multiple combined signals is central to understanding the role and operation of a demultiplexer.

A demultiplexer is a device designed to route one input signal to multiple outputs. It operates by taking a single input signal and selectively sending it to one of several output lines based on the value of control signals. This means that a demultiplexer effectively manages multiple combined signals, directing them based on specific control logic.

The nature of the input signal can be either digital or analog, but the key function of a demultiplexer is its ability to handle the distribution aspect of multiple signals rather than just a single continuous or discrete signal. This characteristic makes it particularly useful in applications where a single data source needs to be directed to various destinations based on certain conditions.

In digital circuits, it is common for a demultiplexer to operate with digital signals, using binary control lines to select the output. However, the essential aspect of its function is managing multiple combined signals efficiently, regardless of whether those signals are digital or analog. This is why the concept of handling multiple combined signals is central to understanding the role and operation of a demultiplexer.