SOI CMOS技术存在许多优势,但由于存在厚的埋氧层,其总剂量效应反而比体Si器件更差,因此需进行总剂量抗辐射加固设计。对几种SOI MOSFET的栅氧、埋氧和场氧总剂量抗辐射加固的方法进行了对比较分析,指出了各自的优劣势,给出了研究方向...SOI CMOS技术存在许多优势,但由于存在厚的埋氧层,其总剂量效应反而比体Si器件更差,因此需进行总剂量抗辐射加固设计。对几种SOI MOSFET的栅氧、埋氧和场氧总剂量抗辐射加固的方法进行了对比较分析,指出了各自的优劣势,给出了研究方向。并对FLEXFET和G4-FET三维SOI器件抗辐射加固新结构进行了阐述,分析了其优越性。展开更多
The fluorine ion sensitive field-effect transistor(F<sup>-</sup>-ISFET)is made by depositingvery thin LaF<sub>3</sub> film on grid of field-effect transistor with sputter method.The operating...The fluorine ion sensitive field-effect transistor(F<sup>-</sup>-ISFET)is made by depositingvery thin LaF<sub>3</sub> film on grid of field-effect transistor with sputter method.The operating principle,measuring method and measured results of F<sup>-</sup>-ISFET are given.The measured results show thatthis kind of sensor has higher sensitivity,shorter response time and better linearity.On the basisof experimental results,the factor of influencing the steadiness and repeatability of F<sup>-</sup>-ISFETare conjectured.展开更多
文摘The fluorine ion sensitive field-effect transistor(F<sup>-</sup>-ISFET)is made by depositingvery thin LaF<sub>3</sub> film on grid of field-effect transistor with sputter method.The operating principle,measuring method and measured results of F<sup>-</sup>-ISFET are given.The measured results show thatthis kind of sensor has higher sensitivity,shorter response time and better linearity.On the basisof experimental results,the factor of influencing the steadiness and repeatability of F<sup>-</sup>-ISFETare conjectured.