emitter current
英 [ɪˈmɪtə ˈkʌrənt]
美 [ɪˈmɪtər ˈkɜːrənt]
发射极电流
双语例句
- The Theoretical Research on the Edge-Crowding-Effect of Emitter Current in a Transistor
关于晶体管发射极电流集边效应理论的研究 - The transit times in the silicon microwave power transistors with the novel structure of N+ IP emitter are regionally calculated by one-dimensional numerical simulation. The results indicate that its low current characteristics of the cut-off frequency f_T can be obviously improved.
对于新型N￣＋IP发射结结构的微波功率管，采用一维数值模拟，分区计算了它的渡越时间，结果表明其截止频率的小电流特性可以获得明显的改善。 - The emitter will be of great benefit to reducing the recombination current in emitter region, enhancing short-wave response, making a good ohmic contract and enhancing open circuit voltage.
这种发射极结构有利于减小发射区复合电流、提高短波响应、作好欧姆接触和提高太阳电池的开路电压等优点。 - At a higher injection level, the current amplification factor drops off as the emitter current density is increased.
一个是在给定的注入条件下如何保证足够大的电流放大； - It is shown that better emitter efficiency, high current carrying capability, and improved emitter base breakdown as well as collector base breakdown can be achieved for transistors with polysilicon emitters.
结果表明多晶硅发射极晶体管具有较高的发射效率，高的电流能力，改善了EB击穿和CB击穿。 - Results show that the resistance relates to the area of the photo-excited region, the side length of the emitter region, the position of the emitter region, and the emitter current.
结果表明该电阻与光敏区面积、发射区边长、发射区位置、发射极电流等因素有关。 - Collector to emitter conductance Anode: Electrode connected to the positive side of supply current.
集电极发射极电导阳极：连接导入电流的正电极。 - In this paper based on the precise solution to the theory of the-crowding effect of emitter current in a transistor, the design method of the width of emitter in a RF power transistor, is put forward by calculating the effective width of emitter.
本文以发射极电流集边效应理论的精确解为出发点，通过计算有效发射区宽度Seff，提出了射频功率晶体管发射极宽度的设计方法。 - Lateral Distribution of Emitter Current Density in Amorphous State Emitter Transistor
非晶态发射极晶体管中发射结电流密度的横向分布 - Besides, radar emitter recognition needs to handle data quickly in current electronic warfare, in order to support real-time decision-making.
此外，面对当前电子对抗的实时性要求，雷达辐射源识别需要快速准确的处理数据，从而进行即时有效的战场指挥与决策。