Design of digital circuit implementation using GDI and CMOS Technology
The rapid growth in the use of portable systems has sparked research and development in the field of microelectronics, especially for power consumption. Since battery technology does not match the speed of microelectronics, Low-power technology has become an important technological factor. MIDI is a minimum-power architecture design, which is quite a Gate Diffusion Input (GDI) change and is the lowest design method optimal for rapid, low-power circuitry model using a reduced number of a transistor. Here, primitive cells-AND, OR, and XOR gates, full adders, full subtractor, and 4x4 multiplier have been proposed using the 180nm technology-dependent MGDI in Tanner EDA 16.0.1. The main downside associated with GDI is that this strategy cannot resolve the bulk terminal which is not sufficiently biased. So that the number of transistor counts and delay will be reduced.