demultiplexer

A multiplexer is often used with a complementary demultiplexer on the receiving end.

Dispatches resources from the demultiplexer to the associated request handler.

Because all the phone (and data) lines have been clumped together, none of them can be accessed except through a demultiplexer.

The optical demultiplexer separates wavelengths in an input fiber onto ports.

Then, it checks for errors and forward the bitstream to the demultiplexer.

By using a 74154 demultiplexer chip and some drivers, you could drive up to 16 digits using this approach.

They could also be used as a demultiplexer, so that two input lines could control a number of output devices.

New general purpose computer and multiplexer demultiplexer were installed and tested.

A demultiplexer achieves this goal by maintaining frame synchronization.

In early implementations a digital signal was sent from the controller to a demultiplexer, which sat next to the dimmers.

The demultiplexer selects particular packets, decrypts, and forwards to a specific decoder.

At the receiving end of the data link a complementary demultiplexer is normally required to break single data stream back down into the original streams.

A demultiplexer is, in this context, a device taking a single input signal that carries many channels and separates those over multiple output signals.

Often, a multiplexer and demultiplexer are combined together into a single piece of equipment, which is usually referred to simply as a "multiplexer".

Generally, a demultiplexer is a device which transforms one multiplexed data stream to several streams which it consists of.

Synchronous Event Demultiplexer: Uses an event loop to block on all resources.

When it is possible to start a synchronous operation on a resource without blocking, the demultiplexer sends the resource to the dispatcher.

The scalability of the reactor pattern is limited not only by calling request handlers synchronously, but also by the demultiplexer.

The 7400 series has several ICs that contain demultiplexer(s):

Therefore the demultiplexer must provide the wavelength selectivity of the receiver in the WDM system.

Demultiplexers are sometimes convenient for designing general purpose logic, because if the demultiplexer's input is always true, the demultiplexer acts as a decoder.

Satellite modem doesn't have so many outputs, so a demultiplexer here performs a drop operation, allowing to choose channels that will be transferred to output.

It also uses the ISO/IEC 1381801 demultiplexer standard.

Once the demultiplexer has finished with the signal, the decoders will transform the digital bits bits into a format suitable for viewing on the television set.

This requires a wavelength division multiplexer in the transmitting equipment and a demultiplexer (essentially a spectrometer) in the receiving equipment.