Universally complete logic module is a programmable logic device capable of producing all possible functions of three variables or less.It can be proved that a multiplexer is capable of producing all possible functions of three variables..So multiplexer is a universally complete logic module.
Universally complete logic module is a programmable logic device capable of producing all possible functions of three variables or less.It can be proved that a multiplexer is capable of producing all possible functions of three variables..So multiplexer is a universally complete logic module.indra..
multiplexer
many inputs one outputs
using 8:1 mux....
Logic is not subjective; it is a system of reasoning based on principles that are universally accepted as valid.
rtlno.of 2-input multiplexers needed to construct a 210 input multiplexer
Yes, a multiplexer (MUX) can be used to realize a logic function. By appropriately selecting the inputs and control signals of the MUX, it can generate the desired output for any given combination of input variables. Essentially, a MUX can be configured to implement any logic function by using its data inputs to represent the truth table of that function. This makes it a versatile tool in digital circuit design.
In a multiplexer, the input lines themselves do not appear in the truth table with logic values because the truth table primarily represents the relationship between the select lines and the output based on the input combinations. The inputs are considered fixed values that are selected based on the binary state of the select lines. The truth table typically shows how the output responds to different combinations of select line values rather than detailing the static input states. This focus simplifies the representation of the multiplexer’s functionality.
The ability to use logic and sound judgment to make decisions based on available information to complete the mission or task is a behavioral skill called
An 8 to 1 multiplexer (MUX) is a digital switch that selects one of eight input lines and forwards the selected input to a single output line based on three selection lines. The logic diagram consists of eight input lines (I0 to I7), three selection lines (S0, S1, S2), and one output line (Y). The selection lines determine which input is connected to the output, with each combination of the selection lines corresponding to one of the input lines. The logic gates used in the diagram typically include AND, OR, and NOT gates to implement the necessary connections and selection logic.
A single pole mechanical selector switch is analogous to a multiplexer (MUX) in logic circuits. A multiplexer can select one of several input signals and forward the selected input to a single output line, similar to how a mechanical switch can connect one of its inputs to an output. In both cases, the device effectively routes a signal from multiple options to a single point based on a control signal or position.
The best way to answer this question is that math is the language of science (generally universally recognized as so); but LOGIC is the language of math.