AREA EFFICIENT DECIMATION FILTER BASED ON MERGED DELAY TRANSFORMATION FOR WIRELESS APPLICATIONS
Abstract
Full Text:
PDFReferences
C.J. Barrett, Low-Power Decimation Filter
Design for Multi-Standard Transceiver
Applications, M.Sc. thesis, University of
California, Berkeley (1997).
G. Adel, N. Lirida, G. Khaled, IEEE
Transactions on Wireless Communications 1,
No. 4 (2002) 558.
M.R.K. Rajaram, B. Sakkarapani and
S. Vishal, Efficient Design and Synthesis of
Decimation Filters for Wideband Delta-Sigma
ADCs, SOC Conference (2011).
Ze Toa, Multi-Standard Delta-Sigma Decimation Filter Design, M.Sc. Thesis, KTH Royal
Institute of Technology, Stockhom, Sweden
(2006).
T.K. Shahana,. R.J. Babita, K.P. Jacob and
S. Sasi, International Journal of Information
and Communication Engineering 5, No. 2
(2009) 154.
R. Lagadec, Dispersive Models for A-to-D
and D-to-A Conversion Systems, AES
thConvention (March 1984).
S. Green, A New Perspective on Decimation
and Interpolation Filters, Cirrus Logic Inc.
(2004).
U. Farooq, Efficient Architectural Transformation of Multirate Recursive Filters, Ph.D
Thesis, EED University of Engineering &
Technology Taxila, Pakistan (2008).
U. Farooq, H. Jamal and S.A. Khan,
Research Letters in Signal Processing,
Article ID 53296, 3 pages (2007)
doi:10.1155/2007/53296
J. Carletta, R. Veillette, F. Krach and
Z. Fang, Determining Appropriate Precisions
for Signals in Fixed Point IIR Filters, DAC
(2003) ACM.
F.J. Harris, Multirate Signal Processing for
Communication Systems, Prentice Hall PTR,
New Jersey (2006).
N.H. Rollins, Reducing Power in FPGA
Designs Through Glitch Reduction, M. Sc.
Thesis, Department of Electrical and
Computer Engg. Brigham Young University
(April 2007).
Refbacks
- There are currently no refbacks.