1) capacitance fuze
电容引信
1.
The working principle and characteristics of capacitance fuze were introduced briefly and the states and ESD environment during the life cycle of capacitance fuze were analyzed.
简要介绍了电容引信的工作原理及特点,分析了电容引信在全寿命周期中所处状态及所遭遇的静电放电环境;在此基础上设计了静电放电实验方案,通过实验得到了静电放电对电容引信电路损伤的实验结果,并确定出其放电电压损伤阈值;分析了实验结果并给出了电容引信电磁防护和加固技术的建议。
2.
In the process of a missile with a capacitance fuze meeting a tank s top armor, criteria for recognizing regions and distance measurement are required.
针对电容引信的导弹对坦克顶装甲的弹目交会情况,利用幅度耦合探测器对坦克顶装甲所测的目标特性,采用区域识别方法,建立了相关区域识别准则及定距准则,给出了利用DSP技术实现精确定距的技术途径。
3.
The finite element method is first introduced into the design process of detecting electrodes of three electrode capacitance fuze, the mutual capacitance of the fuze and target is calculated by the finite element method, which provides the parameters for simulation circuit and design of detecting electrode.
将有限元理论引入三电极电容引信探测电极的设计中 ,采用有限元方法计算出引信与目标之间的电容 ,从而为探测电路的设计和仿真提供依据 。
2) capacitance influence fuze
电容引信
1.
When capacitance influence fuze was used to full-bore rocket projectile,aerodynamic heat is still a problem to think about, so the heat resistant measure must be adopted, double-deck false cap is an effective measure to prevent from aerodynamic heat, but it is the first time to be used in capacitance influence fuze.
电容引信用于中远程火箭弹时 ,气动热仍是一个需要考虑的问题 ,为此必须采用隔热措施。
2.
Introduces the principle of capacitance influence fuze and the choice of main circuit combined the characteristic of the missile,and gains the relevant solution when carrying out an analysis of the oscillator stability of capacitance influence fuze,anti-engine exhaust flame interference,and capacitor influence fuze testing and validating as well key technologies research.
结合导弹自身特点对电容引信工作原理、主要电路选择进行了阐述,并对电容引信振荡器稳定性、抗发动机尾焰干扰、整机测试等关键技术进行了分析和研究,并提出了相应的解决方案。
3) capacitance proximity fuze
电容近炸引信
1.
The test on dynamic performance of signal process circuit of capacitance proximity fuze is the key of research,adjust,and produce.
测试电容近炸引信的信号处理电路的动态性能参数,是产品研制、调试、生产的重要环节。
2.
The test on dynamic performance of signal process circuit of capacitance proximity fuze is the key of research, adjust, and produce.
电容近炸引信的信号处理电路动态性能参数测试是产品研制、调试、生产的重要环节。
3.
The sensitivty detection of capacitance proximity fuzes is defined based on the analysis of two commonly used types of detectors—those in the frequency-discriminated model and in the coupled model.
从分析常用的两种电容近炸引信探测器（鉴频式探测器和耦合式探测器）入手，给出电容近炸引信探测灵敏度的定义，并推导出其数学表达式。
4) fuze EMC
引信电磁兼容性
1.
The results obtained in this paper have positive effect on fuze EMC design.
其研究结果对引信电磁兼容性设计具有一定的积极作用。
5) circuit analysis/capacitance fuze
电路分析/电容引信
6) capacitance of lead
引线电容
补充资料：电容引信
电容引信
capacitance fuze
dianrong yinxin电容引信(eapaeitanee fuze)利用弹头接近目标时，引信与弹头壳体间的有效电容量发生变化而工作的电引信。又称电容感应引信。引信与弹头壳体间的有效电容量受引信与目标、弹头壳体与目标间有效电容量的影响，并随着弹头接近目标的距离而变化。将这种变化经过适当处理达到预定值时，即可使引信启动。电容量的变化由振荡器、鉴频器、放大器、执行装置等组成的电路进行处理。在弹头接近目标的过程中，由于有效电容量的变化会引起振荡频率的改变，鉴频器将振荡频率的变化转换为电压信号，通过测量电压达到测距的目的，这个电压信号经放大后用来启动执行装置。也可先将电容量变化转换成阻抗变化，再变成电压信号。这种引信结构简单，作用可靠，抗电子干扰性能好，但作用距离近。(汪敬之)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条