How to plot an array as a binary Wave

Suppose I have an array that stores binary values, eg A=[1 0 1 0 1 1 0 1 0 1 0...]

I want to send the array as a binary pulse, also for a specific amount of time, eg t=3 seconds. How would I make that binary wave?

[Walter Roberson]

For your purposes, what does it mean to "send" the array? Is there a signal generator involved? Is it a BIsync line with a bit interface?

[Elliot Alderson]

I have an array stored with binary values that I would modulate with a sin wave via FSK. The plan is to have 3 seconds for bit the binary stream and the sin wave so that I have a modulated wave of exactly 3 seconds. The PCM waveform would only be used as a reference, as I plan to use the FSK wave to be sent acoustically.

[Walter Roberson]

Is the next step to repeat the binary for an appropriate time and then FSK encode it? https://www.mathworks.com/help/comm/ref/fskmod.html

[Elliot Alderson]

I'm not going to be repeating the binary, I only want to plot it for that specific total time, but the next step is going to be modulating it and then sending it out through a speaker. I won't be using fskmod because it doesn't involve a sinosiodal wave, the method I would use to modulate the wave would be something like this:

t=0:0.001:3;        %The time I need to make an fsk wave
f=1000;             %The message signal's frequency

x=2*square(2*3.14*f.*t)+2;     %In this case, the message is a square wave, which I will be replacing with said pcm waveform 

subplot(8,1,1);
plot(t,x, 'r');
title('Message');

CL=4*sin(2*3.14*10000.*t);     %Low frequency carrier

subplot(8,1,2);
plot(t,CL, 'r');
title('Low Carrier');

CH=4*sin(2*3.14*30000.*t);     %hi frequency carrier

subplot(8,1,3);
plot(t,CH, 'r');
title('High Carrier');

x2=4+gnegate(x);                %inverted message

subplot(8,1,4);
plot(t,x2, 'r');
title('Inverted message');

M1=x2.*CL;
M2=x.*CH;
R=M1+M2;

subplot(8,1,5);
plot(t,R, 'r');
title('Modulation done');

[Walter Roberson]

What does it mean to you to send a wave for a specific period of time, without repeating it? If you had talked instead about having a bit stream and a sampling interval (or sampling frequency), and the time occupied was to be whatever was implied by the length and the sampling rate, then that would have made sense.