Abstract: A bomblet within a cluster bomb is provided with an individually programmable detonation time delay, such that the bomblet can be programmed to detonate at a desired time after it has been dropped. Program signals are transmitted to the bomblet from a wire that runs through an opening in the bomblet, but is not mechanically attached to the bomblet. the bomblet has a secondary transformer winding to receive signals from the transmission wire, and is provided with a unique address code such that it responds to a timing program signal only when the signal is preceded by an appropriate address code. A series of timing program signals can be transmitted to a plurality of bomblets, with the bomblet addresses adjusted after each program signal so that only one bomblet (or more, if desired) responds to each successive program signal.

Abstract: Each bomblet within a cluster bomb is provided with an individually programmable detonation time delay, such that the bomblets can be programmed to detonate at desired intervals over a relatively long period of time. Program signals are transmitted to a number of bomblets at the same time from a wire that runs through openings in the bomblets, but is not mechanically attached to the bomblets. The wire is attached to the bomb canister at selected points and is severed inbetween the connection points when the canister is opened, thus permitting the wire sections to be pulled away without disrupting the bomblets' dispersion pattern. Each bomblet has a secondary transformer winding to receive signals from the transmission wire, and is provided with a unique address code such that it responds to a timing program signal only when the signal is preceded by an appropriate address code.

Abstract: Each bomblet within a cluster bomb is provided with an individually programmable detonation time delay, such that the bomblets can be programmed to detonate at desired intervals over a relatively long period of time. Program signals are transmitted to a number of bomblets at the same time from a wire that runs through openings in the bomblets, but is not mechanically attached to the bomblets. The wire is attached to the bomb canister at selected points and is severed inbetween the connection points when the canister is opened, thus permitting the wire sections to be pulled away without disrupting the bomblets' dispersion pattern. A shaped charge running along at least one of the canister sections is used to sever the wire. The shaped charge is arranged to direct its explosive force toward the adjacent canister section and generally away from the bomblets, and generally comprises a chevron-shaped casing filled with an explosive.