Target Penetration Fuze Touch Instantaneous Rapid Reaction Technique

Maximum destroy enemy hidden strategic facilities objectives reinforcement is the inevitable goal of modernization Penetration weapons development in key technology penetration ammunition, the significance of strengthening the development phase of testing technology is essential, mainly because ammunition penetration environment is a high speed,high overload, high pressure, high temperature and dirt gravel and other debris coexist in complex environments, and even the object of shadowing and blocking, the memory device is equipped with experimental data if the invasion Toru body will withstand the complex, harsh working environment, not normal use. This paper proposes the use of rapid response technology penetration fuze before the missile hit the target data storage device is released,thus reducing the damage received data storage means for penetration ammunition design,development, testing, and so provide a damage assessment practical technical means.Based on the analysis of a variety of recent flu detection principle based on the technical solution finally chosen as the capacitance probe Penetration Fuze quick response.The original Capacitance Fuze ignition circuit is applied to pull the pin circuit provided release signal before the missile hit the target, pull the pin on the electrical energy storage capacitor, power generation by pulling the pin to work to release the ejector constraints the use of pre-stressed spring acting to release the data storage means.According to the general plan, carry out design capacitance probe detection circuit, a signal processing circuit, and a starting circuit and other circuits, the oscillation circuit simulation, obtained the specific effects of different capacitance ratio of the oscillation circuit.Carried out in various parts of the pop-up device structure design, carried out on the mechanical structure of the mechanical simulation analysis, checking the strength of the relevant parts to verify the feasibility of the mechanical structure.