SRC1 is random integer between 0 to 100 Convert SRC1 to 2 digit hex e.g. SRC1 = 100 hex= 64 expected output OUT1 = 6 OUT0 = 4

Construct a slew limiter. When SRC 1 outputs 100 volts, output an increasing voltage signal to OUT 1. When SRC 2 outputs 0 volts, output a decreasing voltage signal to OUT 1. The signal increases by 20 volts and decreases by 15 volts for each timestep.

Convert the serial bit stream to decimal, when SRC2 is 100, output the decimal value.

Implement a 3 bit binary counter, with OUT 1 as the least significant bit and OUT 3 as the most significant bit. Increment the counter whenever SRC 1 outputs 100 volts.

Signals 1-3 are random values between -50 and 50. Output the median (middle value) of the three signals. After you found a solution, maybe try another one.

using max to make min.

We want to filter high frequency noise from a low frequency signal. The filter should output the average of the most recent 8 time steps (including this one). To simplify matters the signal is assumed to be zero for time steps before the start (i.e. out=in

On start when you get High signal on SRC1 start adding 25 to OUT1, On next High signal start subtracting 25 from OUT1. Change between this two operation whenever there is High signal on SRC1. When you get 100 on OUT1 then send 100 on OUT2