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Design and Simulation of Novel 10-T Subtraction logic for ALU design using GDI Technique

초록

영어

Design based upon CMOS logic are becoming increasingly attractive for many applications under electronic gadgets, but with increasing demand of small and portable devices, new techniques for low power are emerging. This paper focus on the design of subtarction logic for ALU sub-module in microprocessor design. Set of four different 10 -T subtraction logic using Gate Diffusion Index(a new technique for low power design) has been designed using 180nm technology using Cadence Virtuoso and simulation are performed . Complete verification for performance of proposed subtraction logic is carried and circuit with least power and delay has been selected for the ALU design of the microprocessor. Layout design for the best optimum ciruit is designed using Layout XL and area of 17.28 X 11.135 m2 is calculated.

목차

Abstract
 I. INTRODUCTION
 II. MICROPROCESSOR SYSTEM
 III. BASIC GDI CELL
 IV. SUBTRACTOR LOGIC
  A. Conventional CMOS full subtraction
  B. XOR/XNOR based full subtractor
 V. IMPLEMENTATION OF MODULES
  A. XOR Gate
  B. Multiplexer
 VI. RESULT AND DISCUSSIONS
  A. Simulation Results for XOR based Full Substractor
  B. Simulation Results for XNOR based Full Substractor
  E. Implementation
 VII. CONCLUSION
 REFERENCES

저자정보

  • Haramardeep Singh Assistant Professor, LPU Jalandhar
  • Harmeet Kaur Lecturer, BCET, Ludhiana

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