1) intrinsically safe circuit
本安电路
1.
This article describes the fundamental of intrinsically safe circuit and test process of intrinsically safe product and introduces some measures for increasing the safety property of intrinsically safe circuit.
阐述了本安产品检验的过程和本质安全电路的基本原理,介绍了一些提高本安电路安全性能的常见措施。
2.
Through discussing the main factors of impacting the capacity of the Intrinsically Safe Circuit ignited,and using neural network to construct a predicting model,and verified the model by some actual test data and verification data,and achieved the desired results,so that established the basic research for the realization of judgment intrinsically safe circuit by computer.
讨论了影响本安电路引燃能力的主要影响因素,并利用神经网络建立本安电路判定预估模型,用验证数据和实际检验数据进行了验证,取得了预期的结果,为实现计算机判定本安电路建立了基础研究。
3.
It is introduced of explosion protected principle,operating principle of intrinsically safe inductance transducer,safety barrier,and intrinsically safe circuit as well as its pre-anylysis.
文章介绍了防爆电感式传感器的防爆原理、工作原理、安全栅以及本安电路的设计与分析,并介绍了设计中应考虑的其他因素。
2) intrinsically safe circuits
本质安全电路
1.
The assessing principle of intrinsically safe circuits was introduced.
直流低压本质安全电路在IEC火花试验装置上进行爆炸检测时会产生电弧放电。
3) essence safety type circuits
本质安全型电路
1.
Methods\ The detecting instrument is designed according to the wavelet transform technology and national standard of combustible gases of China (GB15322 94) and the national standard of the essence safety type circuits of China (GB3836.
方法 根据小波变换技术、可燃气体探测器的国家标准 (GB1 5 3 2 2 -94)和本质安全型电路的国家标准 (GB3 83 6。
4) intrinsically safe circuit
本质安全电路
1.
Evaluation of inductive intrinsically safe circuit basedon linear current attenuation model;
应用放电电流线性衰减模型评价电感性本质安全电路
2.
The paper introduces the hardware structure,software realization and improved safety spark tester for intrinsically safe circuit controlled by the single-chip microcomputer,thus promoting the efficiency of spark testing and achieving comparatively exact test results.
本文介绍基于单片机控制实现的本质安全电路用火花试验装置的硬件结构、软件实现及改进后的火花试验装置,可提高火花试验的效率,并得到比较准确的试验结果。
3.
Based on the current linear attenuation model and the idea of minimum arcing voltage in inductive intrinsically safe circuit, the authors establish the principle for choosing L/R ratio assuredly by using the intrinsic safety discriminant of inductive circuit and express the discharge time with known circuit parameters.
基于电感性本质安全电路放电电流线性衰减模型 ,引入最小建弧电压的概念 ,得到了放电时间不含未知参数的表达式 ,利用电感电路的本质安全性能判别式 ,确定了电感电阻比 L/R的选取原
5) intrinsic safety circuit
本质安全电路
1.
The research on kindling characteristic testing system of electrical arc discharge in intrinsic safety circuit
本质安全电路电弧放电点燃特性检测系统研究
2.
Based on theoretical analysis of intrinsic safety circuit, a computer evaluation software of intrinsic safety circuit is programmed by using VB.
在本质安全电路理论分析的基础上 ,利用VisualBasic语言编制了本质安全电路的计算机评估软件。
补充资料：安荼论师，计本际生
【安荼论师，计本际生】
梵语安荼（无翻），本际者，即过去世之初际也。谓此外道，计世间最初，有大水时，有大安荼出生，形如鸡卵，后为两段，上为天，下为地，中生一梵天，复能出生一切有命、无命之物。故计梵天是生万物之主也。
梵语安荼（无翻），本际者，即过去世之初际也。谓此外道，计世间最初，有大水时，有大安荼出生，形如鸡卵，后为两段，上为天，下为地，中生一梵天，复能出生一切有命、无命之物。故计梵天是生万物之主也。
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