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초록
영어
In this paper, we have done analysis of ten different counters in term of frequency related to high performance and power dissipation related to energy efficiency. Conserving energy is now a days a very important aspect. In order to conserve energy consumption of our design, we are using dynamic frequency scaling with default LVCMOS18 IO Standard technique which plays a very important role in power saving. Our design is capable to operate with 1 THz frequency that deliver high performance in less time i.e. 1 pico second. Among 10 different counters, 8 bit simple up counter provide maximum reduction in total power that is 84.25% and 98.33% between a frequency range of 1GHz to 10GHz and 1 GHz to 100 GHz respectively.
목차
Abstract
1. Introduction
2. Schematics of Different Counters
A. 8-bit Simple up Counter
B. Up Counter with Load
C. Up Down Counter
D. LFSR
E. LFSR Up Down
F. Gray Counter
G. One Hot Counter
H. Divide By 2 Counter
I. Divide By 3 Counter
J. Divide By 4.5 Counter
2. Related Work
3. Results
A. 8-bit Simple Up Counter
B. Up Counter with Load
C. Up Down Counter
D. LFSR
E. LFSR Up Down
F. Gray Counter
G. One Hot Counter
H. Divide By 2 Counter
I. Divide By 3 Counter
J. Divide by 4.5 Counter
4. Conclusion
5. Future Scope
References
1. Introduction
2. Schematics of Different Counters
A. 8-bit Simple up Counter
B. Up Counter with Load
C. Up Down Counter
D. LFSR
E. LFSR Up Down
F. Gray Counter
G. One Hot Counter
H. Divide By 2 Counter
I. Divide By 3 Counter
J. Divide By 4.5 Counter
2. Related Work
3. Results
A. 8-bit Simple Up Counter
B. Up Counter with Load
C. Up Down Counter
D. LFSR
E. LFSR Up Down
F. Gray Counter
G. One Hot Counter
H. Divide By 2 Counter
I. Divide By 3 Counter
J. Divide by 4.5 Counter
4. Conclusion
5. Future Scope
References
키워드
저자정보
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