simulation results analysis

Contents

Chirp z-transform

Derivation of CZT

Limitation of CZT

Circular Convolution

Egyptian Mathematics for Multiplication

Hardware Architecture of Egyptian Multiplier

What is MAC Architecture

Design of the Hardware Architecture of Circular Convolution

Generation of the Convolution Matrix

Serial to Parallel Converter

Parallel to Serial Converter

Efficient Hardware Implementation of Discrete Fourier Transformation Algorithm using Circular Convolution Techniques

Hardware architecture of DFT

Cyclic Convolution formulation form Mathematical Expressions of DFT

Hardware Architecture of Chirp Z-Transform

Details of Squaring Algorithm What is squaring algorithm

Floating point division algorithm how ot calculate

Hardware Implementation of C- Z Transform Processor

Simulation results analysis

Home

Simulation results analysis:

Fig.16 Top level diagram of CZT

Fig.17.RTL model part 1

Fig.18. RTL model part 2

Fig.19. RTL figure part 3

Fig.20. RTL figure part 4

Fig.21. RTL figure part 5

Fig.22. RTL figure part 6

Fig.23. RTL figure part 7

Fig.24. Simulation result

Conclusion

The design of low power high performance circuit for solving circular convolution, DFT and Chirp Z-Transformation has been reported in this paper. Our attempt in this work has been to reduce the power consumption, delay and hardware as well as operational complexity of the circuit. We found total delay of this circuit is 2.061ns.