摘要:
A nonvolatilely reconfigurable logical circuit is built. It is a reconfigurable logical circuit based on the CMOS configuration using the spin MOSFET. By changing the transmission characteristic of each transistor in accordance with the magnetization states of Tr1, Tr2, Tr5, and Tr8 which are spin MOSFETs, it is possible to reconfigure all the two-input symmetric functions AND/OR/XOR/NAND/NOR/XNOR/“1”/“0”. Since it is possible to constitute the logical function by a small number of non-volatile elements, it is possible to reduce the chip area, thereby increasing the speed and reducing the power consumption.
摘要翻译:构建了非易失性可重构逻辑电路。 它是基于使用自旋MOSFET的CMOS配置的可重构逻辑电路。 通过根据作为自旋MOSFET的Tr1,Tr2,Tr5和Tr8的磁化状态改变每个晶体管的传输特性,可以重新配置所有双输入对称函数AND / OR / XOR / NAND / NOR / XNOR /“1”/“0”。 由于可以通过少量非易失性元件构成逻辑功能,因此可以减少芯片面积,从而提高速度并降低功耗。
摘要:
A nonvolatilely reconfigurable logical circuit is built It is a reconfigurable logical circuit based on the CMOS configuration using the spin MOSFET. By changing the transmission characteristic of each transistor in accordance with the magnetization states of Tr1, Tr2, Tr5, and Tr8 which are spin MOSFETs, it is possible to reconfigure all the two-input symmetric functions AND/OR/XOR/NAND/NOR/XNOR/“1”/“0”. Since it is possible to constitute the logical function by a small number of non-volatile elements, it is possible to reduce the chip area, thereby increasing the speed and reducing the power consumption.
摘要翻译:构建了非易失性可重构的逻辑电路它是一种基于使用自旋MOSFET的CMOS配置的可重构逻辑电路。 通过根据作为自旋MOSFET的Tr 1,Tr 2,Tr 5和Tr 8的磁化状态改变每个晶体管的透射特性,可以将所有双输入对称函数AND / OR / XOR / NAND / NOR / XNOR /“1”/“0”。 由于可以通过少量非易失性元件构成逻辑功能,因此可以减少芯片面积,从而提高速度并降低功耗。