source electrode

美 [sɔːrs ɪˈlektroʊd]英 [sɔːs ɪˈlektrəʊd]
  • 源电极;源电极,源极
source electrodesource electrode
  1. The source electrode and the drain electrode may face each other on the channel layer .

    源电极和漏电极可以在沟道层上方相互面对。

  2. The source electrode and measure electrode are adopted with two-pole method .

    源极和测量电极按二极法配置。

  3. The virtual storage unit line comprises a second conduction type source electrode region and a second conduction type drain electrode region .

    虚拟存储单元行包括第二导电型源极区和第二导电型漏极区。

  4. A corrugated or perforated conducting plate in a storage battery . Study on Electrical Potential by Buried Source Electrode Within Horizontally Layered Half-space Model

    极板网栅,蓄电池电极板蓄电池中呈波纹状或有孔的导电板成层半空间深埋电极产生的电位分布

  5. The alloying layer thickness ( Ld ) and alloying element concentration ( C ) are affected by the processing parameter - , composition of the source electrode - , carbon-content of the matrix etc.

    渗层的厚度与合金元素浓度与工艺参数、源极成分配比、基体含碳量密切相关:合金元素浓度和渗层厚度随着源极电压Vs的提高而增加;

  6. The exposure of x-ray is related to discharge types , distance apart from discharge source , electrode materials , discharge voltage , and discharge time and so on .

    其照射量与放电型式、放电距离、电极材料、放电电压及放电次数等因数有关。

  7. To cut off connecting department of gate-cathode ( or source ) electrode formed in the epilayer processing , and to open the electrode area , we used the mesa etching .

    为了切断栅极和源极(或阴极)之间在外延过程中形成的连体,打开栅电极区,进行了外延后的台面刻蚀,对台面刻蚀的深度和形状进行了研究;

  8. Electrical Source Set of Copper Electrode Preparation Experiment

    铜电极制备实验的电源装置

  9. Each small unit strip-shaped and block-shaped heating film is connected with a power source through the conductive electrode which is connected with a temperature-control adjuster .

    每一小单元条、块发热薄膜均通过导电电极与电源相连,电极上接有控温调节器。

  10. The asymmetry isolation layer between the source / drain electrodes and the gate used in the experiment results in asymmetric mod-ulation of gate electrostatic field to source electrode and drain electrode . Therefore solo gate electrostatic field modulation to the drain electrode is realized .

    实验中采用了源/漏电极不对称的绝缘层结构,使得门电压对源漏两极的电场调制也不对称,从而实现了对漏电极的门电压调制。