Power Reduction in Sub-Threshold Dual Mode Logic Circuits
Journal Title: UNKNOWN - Year 2015, Vol 4, Issue 3
Abstract
Power dissipation has always been a major concern in integrated circuit design. Even during static state, there is a small amount of leakage power. In this project we have implemented the Sub threshold Dual mode logic in CMOS basic gates and 2- bit Full Adder. This logic can bring down the total power. Hence a comparative analysis of power consumption is performed between conventional and Sub threshold dual modes. The logic has two modes of operation namely Static and Dynamic. In Static mode, there is a considerable decrease in the power consumed along with a moderate performance. Dynamic mode renders high performance compromising on an increase in power consumption. The power is evaluated using Tanner Simulation tool under 180nm technology.
A Case Report of Sudden Loss of Vision in Viral Encephalitis - Review of Literature
We present a case of a 36-year-old woman with sudden loss of vision that was initially diagnosed as cortical blindness. After extensive workup herpes simplex virus type 1 (HSV-1) was detected in the patient’s cerebrosp...
Focused Crawling System based on Improved LSI
In this research work we have developed a semi-deterministic algorithm and a scoring system that takes advantage of the Latent Semantic indexing scoring system for crawling web pages that belong to particular domain or i...
A Survey on Weather Monitoring System in Agriculture Zone using Zigbee
In agriculture zone it will be very difficult to check and monitor the weather parameter through wires and analog devices during some weather hazards. To overcome this problem here the wireless sensors are used to check...
Transfer function and Impulse Response Simulation of Power Line Channel
Due to increasing complexity, space and cost of communication network, the Electric Power Network has been considered a great option for the solution of all problems. Power line communications (PLC) term stands for the t...
Low Noise Amplifier (LNA) Design for 57 Ghz to 63 Ghz EHF Narrow Band Systems
Low Noise Amplifier (LNA) of single stage on inductive source degeneration structure for Extremely High Frequency (EHF) is proposed in this paper. The presented LNA for 57GHz-63GHz narrow band system is implemented on 90...