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First, a power model including dynamic circuit power related with antenna number is taken into account.
Exploiting the proposed dynamic circuit, wide fan-in multiplexers are also designed.
Wide fan-in OR gates are designed and simulated using the proposed dynamic circuit in 90 nm CMOS technology.
In this paper, a new dynamic circuit is proposed to reduce the power consumption of wide fan-in gates.
The maximum total transmit power, the fixed circuit power, and the dynamic circuit power consumption factor are P max=10W, P C =0.05W, and α=0.01, respectively.
The second part is the dynamic circuit power which corresponds to antenna number Ma and can be given by: P Dyn = M a P cir, (3).
Similar(36)
Given that modularity has been an important component of dynamic circuits, recent efforts to improve dynamic circuits have focused on replacing old parts for new components that increase the robustness, stability, and tunability.
In this paper, a new charging scheme for reducing the power consumption of dynamic circuits is presented.
Then we present the new BSPRIM method to deal with more circuit partitions for linear dynamic circuits formulated in impedance and admittance forms.
This logic family resolves the issues in dynamic circuits like charge sharing, charge leakage, short circuit power dissipation, monotonicity requirement and low output voltage.
Simulation results show at least 40% reduction of power consumption and 1.2X noise immunity improvement compared to the conventional dynamic circuits at the same delay.
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