A Thesis Submitted to Institute Electronics College of Electrical Engineering and Computer Science National Chiao Tung University in Partial Fulfillment of the Requirements for the Degre[r]
為了提高的 STI 垂直方向的應力,我們設計了狹窄型 OD 和多重 OD MOSFETs 兩種元 件,其概念是由標準多指元件(Standard multi-finger MOSFETs)延伸而來的。而維繞式 MOSFET 是我們所設計的另一種全新結構,它在從垂直方向完全不受到 STI 應力影響,
關鍵就是在於它完全在 width 方向避開了的 STI/OD 界面,並藉此改善低頻雜訊。 但是 在某些元件的量測結果顯示,我們無法從 STI 的應力解釋在極端狹窄的元件的反而有更 低的低頻雜訊。因次我們從 STI 頂邊 TCR 導致的W 的角度去分析,推導出一
Hsinchu, Taiwan, Republic of China.. Nowadays, an accurate inductor or transformer device model can really help for circuit designer due to its importance in RF circuit. Because high ga[r]
Wu, “A High Performance V Band Low Noise Amplifier Using Thin-film MicrostripTFMS Lines in 0.13um CMOS Technology,” Asia Pacific Microwave Conference 2010 [15] Bo-Jr Huang, Chi-Hsueh Wan[r]
In this work, we demonstrate a method to extract RTN trap position both in vertical direction (channel surface to gate electrode) and lateral direction (source t[r]