神经形态工程学
晶体管
逻辑门
NMOS逻辑
材料科学
电子工程
光电子学
发射极耦合逻辑
计算机科学
噪声裕度
通流晶体管逻辑
电气工程
CMOS芯片
切换
逆变器
低功耗电子学
数字电子学
联轴节(管道)
逻辑族
场效应晶体管
电流模式逻辑
PMOS逻辑
加法器
编码器
阈下传导
和大门
电子线路
泄漏(经济)
栅极电介质
消散
光学计算
电容耦合
作者
Chengming Luo,Wenjie Chen,Lei Zhao,Chenhao Xu,Yanze Song,Yue Wang,Zhidong Pan,Tu Zhao,Yan Li,Y. Zhang,Yujue Yang,Wenwu Li,Nengjie Huo
标识
DOI:10.1002/adma.202514329
摘要
is significantly enhanced, leading to an enlarged hysteresis window (ΔV) and switching the transistor into an optoelectronic synapse mode for neuromorphic computing, which can support image classification with an accuracy of up to 94.43% and a low energy consumption of 0.47 pJ/spike. This work provides an opto-ferroelectric coupling-enhanced transistor that addresses the incompatibility issue between digital logic and neuromorphic computing units, offering a new pathway for next-generation computing devices.
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