Depends on what you mean by compact....I can do it, and it would be pretty tight, but not super compact....
Send your signal through a monostable and have the Single Pulse output go out on one line that feeds into a series of repeaters (off that Signal Pulse line) and set to different delays that all feed back to your main 'pulse' output line.
Input > (1 tick monostable) > ----------------------------
v v v v v
R1 R3 R1 R3 R1
v v v v v
Output < ---------------------------------<R4------<R4--
Where R1 is the minimum repeater tick setting, R2 is the second position, R3 is the third, R4 is the last longest delay setting.
(Modified the above design to correct some timing issues)
Also note, this is a rapid fire pulse (one tick on, one tick off X 5), if more delay is required (more repeater delays on each line) or a longer pulse time (longer delay monostable) is required, that would have to be taken into consideration in the design.
Special Note: The signal lines maintain the total delay allowed between pulses, from the start of one to the start of the next, so they must be atleast 1 more tick greater than the monostable delay, cumulative, on each subsequent pulse line, otherwise, they will bleed over each other into one signal. In the above example, They are allowing a 1 tick pulse to go through on every odd tick interval.
Greg's design is great. You may also send a 5-tick inverted pulse to a rapid pulsar device.
Perhaps if you explain what you want to accomplish we can help you out better. Do you want the 5 pulses going to a single output or have one pulse goto 5 different outputs?
Send your signal through a monostable and have the Single Pulse output go out on one line that feeds into a series of repeaters (off that Signal Pulse line) and set to different delays that all feed back to your main 'pulse' output line.
Input > (1 tick monostable) > ----------------------------
v v v v v
R1 R3 R1 R3 R1
v v v v v
Output < ---------------------------------<R4------<R4--
Where R1 is the minimum repeater tick setting, R2 is the second position, R3 is the third, R4 is the last longest delay setting.
Also note, this is a rapid fire pulse (one tick on, one tick off X 5), if more delay is required (more repeater delays on each line) or a longer pulse time (longer delay monostable) is required, that would have to be taken into consideration in the design.
Special Note: The signal lines maintain the total delay allowed between pulses, from the start of one to the start of the next, so they must be atleast 1 more tick greater than the monostable delay, cumulative, on each subsequent pulse line, otherwise, they will bleed over each other into one signal. In the above example, They are allowing a 1 tick pulse to go through on every odd tick interval.
Perhaps if you explain what you want to accomplish we can help you out better. Do you want the 5 pulses going to a single output or have one pulse goto 5 different outputs?