Demultiplexers are also known as both (a) data distributer and (b) serial-to-parallel converter.

Here's why:

a) Data Distributer: A demultiplexer functions as a data distributer in that it takes a single input line and then routes it to one of several digital output lines.

b) Serial-to-Parallel Converter: A demultiplexer can also function as a serial-to-parallel converter. In this case, it takes a bit-serial input and converts it to a bit-parallel output. This is done by distributing the input to the appropriate output line.

So, the answer is c. Both (a) and (b).

Question

Demultiplexers are also known as both (a) data distributer and (b) serial-to-parallel converter.

Here's why:

a) Data Distributer: A demultiplexer functions as a data distributer in that it takes a single input line and then routes it to one of several digital output lines.

b) Serial-to-Parallel Converter: A demultiplexer can also function as a serial-to-parallel converter. In this case, it takes a bit-serial input and converts it to a bit-parallel output. This is done by distributing the input to the appropriate output line.

So, the answer is c. Both (a) and (b).

Knowee AI · Accepted Answer

Demultiplexers are also known as both (a) data distributer and (b) serial-to-parallel converter.

Here's why:

a) Data Distributer: A demultiplexer functions as a data distributer in that it takes a single input line and then routes it to one of several digital output lines.

b) Serial-to-Parallel Converter: A demultiplexer can also function as a serial-to-parallel converter. In this case, it takes a bit-serial input and converts it to a bit-parallel output. This is done by distributing the input to the appropriate output line.

So, the answer is c. Both (a) and (b).

Demultiplexers are also called asa.data distributerb.serial-to-parallel converterc.Both (a) and (b)

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