1. Problem Statement:
Design a clock display to show the time in hours, minutes, and seconds. *Assume that we have a clock of exactly 1Khz. (1000 clock pulses per second). *It will use six seven segment displays and operate either in military time (hours 00 to 23) or regular time (1 to 12, with AM and PM). *A switch, x, differentiates between the two. *A seventh display is used to show A or B in the latter case; it is blank otherwise.
You must show all your work from each step (document in narrative/ results sections). *Be very descriptive of how you arrived at your solution!
*
1.) Design and build the circuit in Multisim.
2.) Provide a set function for minutes and hours as follows:
a. When input f is 0, the clock operates normally; when f=1, we can adjust the time.
b. When f = 1 and g=1, the hour advances once every second.
c. When f = 1 and h=1, the minute advances once every second.
d. Also, when f = 1, the seconds go to 00.
3.) Create a .zip file to submit the final project write up and working Multisim
This is a project for a basic circuit design class. Can anyone help to create this circuit as described above?
Design a clock display to show the time in hours, minutes, and seconds. *Assume that we have a clock of exactly 1Khz. (1000 clock pulses per second). *It will use six seven segment displays and operate either in military time (hours 00 to 23) or regular time (1 to 12, with AM and PM). *A switch, x, differentiates between the two. *A seventh display is used to show A or B in the latter case; it is blank otherwise.
You must show all your work from each step (document in narrative/ results sections). *Be very descriptive of how you arrived at your solution!
*
1.) Design and build the circuit in Multisim.
2.) Provide a set function for minutes and hours as follows:
a. When input f is 0, the clock operates normally; when f=1, we can adjust the time.
b. When f = 1 and g=1, the hour advances once every second.
c. When f = 1 and h=1, the minute advances once every second.
d. Also, when f = 1, the seconds go to 00.
3.) Create a .zip file to submit the final project write up and working Multisim
This is a project for a basic circuit design class. Can anyone help to create this circuit as described above?
