Small signal bipolars with b - c tied together will also make nice low - leakage diodes 连接基极-集电极的小信号双极性晶体管也可以作为不错的低漏电流二极管。
Improved structure of bipolar battery proposed by focusing on the problems within the structure of bipolar battery 针对双极性电池结构中存在的问题,提出了双极性电池的改进结构。
Capacitors , fixed , electrolytic solid eiectrolyte tantalum , nonpolarized established reliability , stylecak , detail specificaion for Cak72型有可靠性指标的双极性固体电解质钽电容器详细规范
Simulation result shows that nearly 100 % breakdown voltage of the plane junction can be realized 模拟结果显示，该结构可以使射频功率双极性晶体管的击穿电压几乎100 %达到平行平面结的理想值。
Detail specification for electronic components . type ca 70 bi - polar fixed tantalum capacitors with solid electrolyte . assessment level e 电子元器件详细规范. ca70型双极性固体电解质固定钽电容器.评定水平e
Firstly , structure and process parameters of ni / mh battery are improved . new type bipolar ni / mh battery with many cells is prepared 首先,改进了双极性mh / ni电池的结构和工艺参数,制备了新型多单体双极性mh / ni电池。
The double layer capacitor effect is significant . using bipolar electrodes and adding electrolysis separators can reduce the value of the load capacitor 提出采用双极性电极接法和增加电极数目可有效地减少负载的等效电容量。
Not only the top surfaces of emitter , base and collector but also the sidewalls of emitter and base are completely passivated by the proposed full sulfur treatment 最后，在本文中，将提供一个全面性表面硫化披覆方式之异质接面双极性电晶体。
Bipolar ni / mh battery with five cells and improved structure is prepared . electrochemical performances of the battery are tested . the battery has superior high 应用改进结构制备了5单体双极性mh / ni电池,并对电池的电化学性能进行了分析测试。
Their system constructures and bit error rates are analysised we can point out that 2 - d and 3 - d ocdma system will become an important developing direction 指出多维ocdma系统是今后的一个重要发展方向。第三章首先对双极性序列的性质进行讨论和研究。
