الفهرس 
Chapter 1 IntroductionOnly 14 pages are availabe for public view
 |  | from | 113 |  |  |
| | | from | 113 | | |
Abstract
In this thesis, novel current mode threshold logic gate circuits based on 32 nm DGMOSFET transistor are proposed. The two gates of DGMOSFET provided reduction in the number of transistors (almost to half) that are required to build TLG circuit.( So, reduction in the total area and the power dissipation). Many logic functions have realized and simulated such as OR, AND, majority, NOR, NAND, and minority, using proposed DGCMTL. HSPICE simulation results show good overall performances with single supply voltage 1 V.
In this thesis, digital circuits based on 32 nm DGMOSFET transistor are proposed. The two gates of DGMOSFET provided reduction in the number of transistors that are required to build digital. (So, reduction in the number of transistors and the power dissipation). We have realized and simulated many digital circuits such as half adder, XOR, half subtractor, and RS-Flip-Flop. HSPICE simulation results show good overall performances with single supply voltage 1 V.
6.2 Recommendations for Future work
As for possible future work on this field we suggest:
• Design of variable weights CMTLG based on DGMOSFET to make more complicated functions.
• Implement more complicated digital circuits based on DGMOSFET such as encoder, decoder, and mixer.