首页> 外文会议>2011 IEEE International Symposium on Electromagnetic Compatibility >Hazards of electromagnetic radiation to ordnance (HERO) assessment of electro-explosive devices and validation of extrapolation method for estimation of the safety margin at HERO electromagnetic environments
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Hazards of electromagnetic radiation to ordnance (HERO) assessment of electro-explosive devices and validation of extrapolation method for estimation of the safety margin at HERO electromagnetic environments

机译:爆炸物对电磁辐射的危害(HERO)评估以及在HERO电磁环境下估算安全裕度的外推方法的验证

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HERO is one of the critical electromagnetic environmental effects as defined in the MIL-STD-464A. The HERO electromagnetic environment is very severe for the ship born systems, as it contains the sources of Electromagnetic environments (Radars, HF Transmitters and VHF communication systems etc.) and ordnance systems on the same platforms. Necessarily most of the ordnance system contains the EEDs/EIDs, and these are fired as and when the operation of the ordnance system is desired. HERO environment has the potential threat to cause an inadvertent actuation or firing of these ordnance systems by inducing the sufficient current in the EEDs/EIDs circuits. This results into a disaster and causing the loss of ordnance system along with collateral effects, platform, cost and human being. So now it has become essential to certify every ordnance system to be HERO safe and reliable, when it is on board or when it moving in the stock-pile to safe operation.
机译:HERO是MIL-STD-464A中定义的关键电磁环境影响之一。对于船载系统,HERO电磁环境非常严酷,因为它包含电磁环境的源(雷达,HF发射器和VHF通信系统等)和同一平台上的军械系统。必要的是,大多数军械系统都包含EED / EID,并且在需要军械系统运行时会触发这些EED / EID。通过在EED / EIDs电路中感应足够的电流,HERO环境具有潜在的威胁,可能导致这些弹药系统的意外致动或发射。这导致灾难,并导致武器系统的损失以及附带的影响,平台,成本和人员。因此,现在变得很重要的一点是,在机上或将其移至储存库中进行安全操作时,必须对每个军械系统进行HERO安全和可靠的认证。

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