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What is strobe input in multiplexer?


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2012-11-29 09:16:08
2012-11-29 09:16:08

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.

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Related Questions

The concept of multiplexing is that we have 2n inputs but only one of them becomes the output for a given condition (or time). That particular input is selected by the combination of n selection lines.

Which has more number of input, It can be obtained by cascading two or more multiplexer with less nunber of inputs.

A multiplexer is an electronic device that sends several analog or digital input signals into one single line. This electronic is typically used in telecommunications.

Multiplexer is an electronic term. A multiplexer combines input from several sources into one. Individuals familiar with electronic devices, how they work and how to configure them will know which multiplexer to use for which device and under what circumstances.

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.

rtlno.of 2-input multiplexers needed to construct a 210 input multiplexer

In physical science, a electronic device may be a device that selects one in every of many analog or digital input signals and forwards the chosen input into one line. A electronic device of 2 or N number inputs has n choose lines, that ar wont to choose that input line to send to the output. Multiplexers ar principally wont to increase quantity of knowledge that may be sent over the network among an explicit amount of your time and information measure. In fiber optic networking, a multiplexer contains many types such as CWDM multiplexer, DWDM multiplexer and Video multiplexer / Audio multiplexer / Data multiplexer, etc.. (all these multiplexers can be found in FiberStore with pictures)

20 address line available in 16 to 1 multiplexer 16 for input lines and 4 will be selection lines.

strobe is enable input in a digital IC...if its made active will be enabled..some IC strobe is active low.. Its function is to enable the operation of the IC..or gate or Mux...

a multiplexer (in short MUX) is a device which connects one of the n inputs to a single output lines so that the logical value of input is transferred to the output.

A: Suppose there is many points to measure and there is one voltmeter then a multiplexer will randomly access those points and measure it depending on the logical data input.

A multiplexer is a electronic device which allows you to electrically choose between more then one input.By adding a multiplexing to input and output it allows multiple signals to share a single channel by choosing one signal at a time and thus cause them to share the channel.See this Wikipedia article from Wikipedia:

You don't need two 4-to-1 multiplexers. You only need one 4-to-1 multiplexer, and something that functions as a 2-to-1, like a single 2-input OR gate with one input grounded.

f = ~s.a + s.b , thus is the function for a multiplexer. let a not gate with input x and output y. set a = 1 and b =0 to get a not gate. y = ~x.1 + x.0

Multiplexer used to direct one input to many out put. But decoder is used to convert one code form to another code (e.g. binary to gray) depends on design.

It is a data selector. There are 16 digital input lines, 4-bit decoder, strobe and output pin. So you put a 4-bit binary number from 0-15 into ABCD bits and the corresponding input value is found on output at the strobe time.

A multiplexer will have 2n inputs, n selection lines and 1 output. An 8 input multiplexer accepts 8 inputs i. e. 23. We also know that an 8:1 multiplexer needs 3 selection lines. A 4 input multiplexer accepts 4 inputs i. e. 22. We also know that a 4:1 multiplexer needs 2 selection lines. To realize an 8:1 multiplexer, two 4:1 multiplexers are required. They provide 8 inputs (4+4). Join the two selection lines of each MUX. Now we require 8 combinations from selection lines. i. e. 000, 001, 010, 011 ------------- 100, 101, 110,111. We know that 00, 01, 10 11 are common. Only the first bit differs (0 or 1). Hence, apply the third selection line as it is (i. e. 1) to upper 4:1 MUX and apply it complimented (i. e. 0) to lower MUX. Now it acts as 8:1 MUX.

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.

opposite of de-multiplexer

A multiplexer, commonly referred as an input selector, is a circuit with many inputs but only one output: it has some data inputs, control inputs and one output, depending on the control inputs, one input from the data inputs is sent to the output .A demultiplexer is a circuit with one data input, few control inputs and many outputs, it is also known as output selector.

Statistical multiplexer does not reserve time slots or frequencies. Instead, it dynamically allocates bandwidth only when it is needed.

Analog Multiplexer - Two analog signals as the input, one analog signal as the output, output is the product of the two inputs.

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

we'll get 4 input mux cuz 2^4=16.... therefore the first 4 input mux has 16 o/p.. hence four-4 i/p mux are required to fill all 16 leads.

Personally describing VHDL code for multiplexer can be quite difficult without prior knowledge. It takes many VHDLs to be a multiplexer.

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