Thanks.....Actually, yes. What ideas have you got, and how do you propose to implement them?
Firstly, create a Linear feedback shift register which will give random numbers.Can you list the steps involved in the process? What it will take to do whatever process that flashes the LED, etc? Organizing the project into steps will show you how to apply the hardware you have to perform the task.
It may also help to make an explicit list of the functions your electronic modules can perform so you can see how suitable they are for the task.
Hint: the LED flash comes after a timer counts down (or up) a randomized count.
Not bad - can you grab an output from your module before it's all the way down to 1 Hz? That could be your time base.
You will want to have some means of triggering (starting) the operation, too.
Oh dear some harsh words......Your instructor is asking for a project that's over everybody's head? Seems as if you should have at least basic understanding of the devices used.
I would want a start button. When pressed, the random time loads into a counter. When decremented to 0, one LED illuminates. At that time, another counter starts counting up at 1000 Hz. The reaction button press stops this counter. The count represents the milliseconds since the LED cue lit. The display shows that number (0 - 999).
Here is the board we have to use to perform the task on:Can you state what devices you have to use for this project? Are there things you must use?
Most importantly, since this is a school project, what ideas do you have?
Is it me or the link is not right......I'm not to sure about how to operate the board you have, but here is a useful website for the reaction timer:
http://williamson-labs.com/480_logic/reactiontimer.htm
Sometimes this link will not work, it that case just go to:
http://williamson-labs.com
and follow the links to the reaction timer.
by Jake Hertz
by Jake Hertz
by Jake Hertz
by Duane Benson