用场效应管放大电路测量可逆电池的电动势     

胡晓岚 《邵阳学院学报(社会科学版)》1997,(2)

本文介绍应用场效应管放大电路来测量电池电动势的新原理与新方法.该测量原理与方法简单、实用,不但更新了传统的测量原理,而且也提高了测量精度和学生的学习兴趣及动手能力.  相似文献   

场效应管放大电路图解分析数值模拟     

石伯军 《连云港职业技术学院学报》2007,20(4):13-15

首先通过multisim软件仿真模拟场效应管的转移特性与输出特性,其次拟合出函数,利用函数绘图,最后结合图解法的具体步骤与要求用matlab数学软件对场效应管放大电路进行详细动态分析,补充模拟电子技术教材在场效应管图解法部分的不足.  相似文献   

长寿命银离子敏感场效应晶体管传感器   总被引：1，自引：0，他引：1  

黄西朝  王军 《渭南师范学院学报》2009,24(5):41-43

采用电解法,在银丝基体上制备一层致密的Ag2S电活性物质.将固态膜与FET组装,制成一种新型的银离子敏感器件.传感器的线形范围为1.0×10-1~6.2×10-6mol/L,检测下限为3.0×10-6mol/L.斜率为59.2m l/decade,适宜的pH范围为2.05~8.10.并对传感器性能的影响因子进行了详尽的讨论.  相似文献   

场效应管和三极管的比较研究     

王智文  刘美珍 《鸡西大学学报》2008,8(1):82-83

对场效应管和三极管进行了对比研究,介绍了用万用表来测量它们的三极和判断管子好坏的方法。  相似文献   

L波段宽带线性功率放大组件     

蔡嘉灿  傅阳波 《泉州师范学院学报》2001,19(2):29-30,48

介绍L波段宽带线性功率放大组件的设计与制作，该组件在工作频率600～970MHz范围内，输出功率≥20W，增益≥43dB，三阶互调≤-30dBc，输入输出驻波比≤1.5：1。  相似文献   

The strategy to align road safety education to the Further Education and Training band curriculum     

Lianne Malan  Gerda van Dijk  David Fourie 《Africa Education Review》2016,13(2):132-146

Road safety education is a complex phenomenon which should be viewed holistically if taken into account the interconnectedness of education, infrastructure and enforcement. Effective road safety education is specifically important for learners in the Further Education and Training (FET) band, as they are active contributors to a community. The greatest criticism against road safety education is that it is aimed at changing learners’ knowledge about the subject, but not necessarily influencing their attitudes as road users. The aim of this discussion article is to explore a strategy to integrate road safety education into the formal curriculum of specifically schools responsible for the FET band. By applying the desktop research method, the article conceptualises what the specific purpose of the FET band is and what the possible focus of road safety education and training should be. The article then explores international common practices in road safety education and training, and considers the necessary synergy between education, engineering and enforcement. The article uses secondary data collected from documents which are then thematically analysed. A coordinated and comprehensive education and training strategy is needed, facilitating partnerships in various sectors to implement such education in the FET band, in multidisciplinary ways, in a contextualised curriculum.  相似文献   

自旋场效应晶体管中极化输运特性研究     

颜玉珍 《嘉应学院学报》2010,28(8):34-38

自旋极化电流从铁磁金属注入到半导体的主要障碍是铁磁体和半导体电导率的不匹配。但最近研究结果表明可以通过运用适当的方法来克服这个困难。我们基于自旋场效应晶体管的模型及Landauer-Buttiker公式,求得电子通过半导体异质结的电导,得出了自旋电子器件中极化电荷的输运特性。  相似文献