A multiplexing design can be used for a wide variety of applications.
Computers:
Networking, FireWire, USB, SATA, E-SATA, SPDIF, S-Vid, All utilizes different forms of multiplexing in order to carry a lot of information on very few wires. This makes connecting of these devices very easy.
Stereo systems:
CD-Players utilizes multiplexing in order to transfer data/music digitally to a digital input.
Multiplexing of digital signals ensures less to no loss of quality in the transfer.
Amplifiers with digital output. Any sound system with digital output utilizes multiplexing. This makes it easily possible to carry 6 channels of sound in only one fiber cable.
General:
Multiplexing is often utilized over large distances. It may be of interest to measure the temperature 6 kilometers (4 miles) down into an oil drill hole or other. Temperature can easily be converted into an electrical voltage but this voltage will be changing on its way up to surface due to capacitive loads and interference. The result may give a very wrong readout of temperature. By multiplexing signal, we can transfer digital data instead. Digital data are then interpreted via a de-multiplexer and we get an accurate result every time.
Speed of multiplexing decreases over distance. The farther away, the slower speed.
uses of a multiplexer correctly
The use of Multiplexer is becoming a common technology equipment. What should pay attention to when use Multiplexer? This article show the details of using multiplexer:http://www.ingellen.com/blog/the-use-of-multiplexer.html
A multiplexer is a device which can interweave two or more activities. So what it does exactly is it supports several input signals (analog or digital) and forwards that input into a single line. Which means it makes it possible for several signals to share one device instead of having one device for each signal. One example is the multiplexer in a home stereo system that allows the user to choose audio from either CD, DVD or TV.
data coming from a single line and distribute it to multiple line . according to select lies or control lines.
it is same as decoder with a enable signal.
opposite of de-multiplexer
Statistical multiplexer does not reserve time slots or frequencies. Instead, it dynamically allocates bandwidth only when it is needed.
An electronics multiplexer will select an output by a digital code. a mechanical multiplexer will select an out by a mechanical switch of sort possibly driven by a motor
Physically a multiplexer usually looks like a box of some sort. More important is what is inside. The inside of a multiplexer contains a switch or switches, a power supply, and the electronic circuits to manage the system. One link is to informative datasheets for a couple of multiplexer Integrated Circuits from which much can be learned about multiplexer characteristics. There are many, many more kinds of multiplexer ICs.
multiplexer.
Which has more number of input, It can be obtained by cascading two or more multiplexer with less nunber of inputs.
Statistical multiplexer does not reserve time slots or frequencies. Instead, it dynamically allocates bandwidth only when it is needed.
Statistical multiplexer does not reserve time slots or frequencies. Instead, it dynamically allocates bandwidth only when it is needed.
An electronics multiplexer will select an output by a digital code. a mechanical multiplexer will select an out by a mechanical switch of sort possibly driven by a motor
It is the enable line. Used to enable the multiplexer to function. For low enable multiplexers, strobe is set to 0 to enable the multiplexer whereas in high enable multiplexers, it is set 1 to enable the multiplexer.
Physically a multiplexer usually looks like a box of some sort. More important is what is inside. The inside of a multiplexer contains a switch or switches, a power supply, and the electronic circuits to manage the system. One link is to informative datasheets for a couple of multiplexer Integrated Circuits from which much can be learned about multiplexer characteristics. There are many, many more kinds of multiplexer ICs.
24-to1mux circuit
Multiplexing is a method that allows multiple signals or data streams to be combined on a single signal. The multiplexer memory, therefore, is the ability for the multiplexer to remember the data as it was supposed to be, and where it was needing to go.
A multiplexer, sometimes referred to as a "multiplexor" or simply "mux", is a device that selects between a number of input signals. In its simplest form, a multiplexer will have two signal inputs, one control input, and one output. An everyday example of an analog multiplexer is the source selection control on a home stereo unit.
A: Multiplexer sends gabs of information on one line the multiplexer decodes what is designed to select from the data
common card
multiplexer.
Which has more number of input, It can be obtained by cascading two or more multiplexer with less nunber of inputs.