Mux

Joins signals into one vector wire, in order. Set the number of inputs in its properties; an input may itself be a vector.

signal
Gradara equations
4 ports

BlockMuxKindmuxLibraryRouting

Description

Joins several signals into one vector, in order, and carries it on one wire. The wire is drawn heavy so a bundle stands out from a single signal.

Set the number of inputs (2 to 32) under Signals in the block’s properties; the bar grows to fit. An input may itself be a vector, which is added in place, so Muxes can be chained. Split the vector again with a Demux, or pass it through subsystem ports unchanged.

Example

Mux and Demux Three signals carried across the sheet on one vector wire, then split apart again.

RampSineLevelMuxDemuxSum

In Gradara, select a Mux block and press F1, then choose Open example. It opens as a new model in My models, ready to run.

Also in this example:Sum Constant Ramp Sine wave Demux

Ports

Inputs 3

1u1signal

First signal (or vector).
2u2signal

Second signal (or vector).
3u3signal

Third signal (or vector).

Outputs 1

ysignal

The inputs joined in order: as wide as all of them together.

Equations

Modelica

y = {u1, u2, u3}  (a vector input contributes all its signals)

Implementation

The block’s Modelica model

y = {u1, u2, u3};

Assumptions and limitations

A vector wire can go only to a Demux, a Bus Selector, a Bus Creator, another Mux, or a subsystem port. Other blocks take one signal each and report an error; element-wise math on vectors is not available yet.
Vectors are signals only, not Boolean or physical connections.
Its signals have no names: in results they are numbered, as Mux.y[1], Mux.y[2]. Use a Bus Creator to name them.

Tips

Log the vector wire to record every signal on it: Results shows one trace per signal.