离子注入自对准门量子阱异质结构场效应晶体管

R. Kiehl, S. Wright, J. Magerlein, D. Frank
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引用次数: 3

摘要

低栅漏和适当的nand p沟道FET阈值对于实现高性能互补异质结构FET (c - het)电路至关重要[j]。由于肖特基栅极设计的大泄漏电流特性,mesfet和modfet在C-HFET电路中的潜力有限。虽然绝缘栅hfet,如misfet和sisfet,在低温下表现出较低的栅极泄漏,但这些器件的泄漏对于室温C-HFET操作仍然太大。此外,传统的MISFET和sjfet器件的FET阈值固定在非最优值。
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Ion-Implanted Self-Aligned-Gate Quantum-well Heterostructure FETs
Low gate leakage and proper nand p-channel FET thresholds are essential for achieving high performance complementary heterostructure FET (C-HFET) circuits El]. MESFETs and MODFETs have limited potential for C-HFET circuits due to the large leakage currents characteristic of Schottky-gate designs. While insulator-gate HFETs, such as MISFETs and SISFETs, exhibit substantially lower gate leakage at cryogenic temperatures, the leakage of these devices is still too large for room temperature C-HFET operation. Furthermore, the FET thresholds of conventional MISFET and SJSFET devices are fixed at non-optimal values.
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