VLSI IMPLEMENTATION OF ARRAY BASED FIR FILTER FOLDING A PROJECT REPORT Submitted by POORNIMA.K (41502106067) REKHA.H (41502106084) SARADA VINAYAK (41502106090) in partial fulfillment for the award of the degree of BACHELOR OF ENGINEERING in ELECTRONICS AND COMMUNICATION ENGINEERING SRM ENGINEERING COLLEGE‚ KATTANKULATHUR ANNA UNIVERSITY:: CHENNAI 600 025 APRIL 2006 ANNA UNIVERSITY : CHENNAI 600 025 BONAFIDE CERTIFICATE Certified that this project report “VLSI IMPLEMENTATION
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p ANU GUPTA EEE Time-domain analysis BITS Pilani Pilani Campus p Response of a LTIC system time-domain analysis linear‚ time-invariant‚ continuous-time (LTIC) systems--Total response = zero-input response + zero-state response zero-input response component that results only from the initial i t t th t lt l f th i iti l conditions at t = 0 with the input f(t) = 0 for t ≥ 0‚ zero-state zero state response component that results only from the input f(t) or t ≥ 0 when the initial conditions
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chapter ONE introduction 1.0 Background A significant problem in communications is the generation of echoes. The echoes arise for a number of reasons‚ with the primary reason being an impedance mismatch. The impedance mismatch occurs when the two-wire network meets the four-wire network‚ this interface is known as the hybrid. This impedance mismatch causes some of the signal energy to be returned to the source as an echo [1]. This can be seen in Figure 1. (All figures appear at the end
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. 1 Turbomachinery Institute of Technology & Sciences‚ Hyd. 319 Date:………… LIST OF EXPERIMENTS: 1. Generation of Sinusoidal Waveform / Signal 2. To find the DFT / IDFT of given DT Signal DSP Lab Manual ……… 3. To find the frequency response of a given system in transfer function 4. Implementation of FFT of given sequence 5. Implementation of LP FIR filter for given sequence 6. Implementation of HP FIR filter for given sequence 7. Implementation of LP IIR filter for given sequence 8
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Technical Reference Practical Considerations in Fixed-Point FIR Filter Implementations s Author Date Time Rev No. Randy Yates 27–Mar–2007 16:25 PA3 n/a 1 (13) Reference fir.tex Practical Considerations in Fixed-Point FIR Filter Implementations Randy Yates 27–Mar–2007 s signal processi ng systems http://www.digitalsignallabs.com A Typeset using LTEX 2ε Digital Signal Labs Public Information Technical Reference Practical Considerations
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5.2 Principle of Operation of N-Channel JFET: These are two prerequisites while considering the principle of operation of JFET. Gates are always reverse biased and therefore Gate current IG is practically zero. Source and Drain terminal should be joined together through a voltage source called VDS‚ drain to source voltage. In an N-channel JFET‚ source terminal is connected to the negative end of the drain to source supply voltage to send the lectron from source to drain and similarly for an P-channel
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Electronics and Communications Engineering Electronics and Communications Engineering LBYEC33 Feedback and Control Systems Laboratory Research Paper Section: EK2 Group Number: 5 Date Submitted: August 5‚ 2013 Submitted by: Professor: Dr. Aaron Don M. Africa 1. Abigail Cleo V. Tom 2. Hazel Mae M. Garcia Grade: _____________ Instructor’s Signature: ______________ Remarks:
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identification‚ three techniques are considered for the identification of linear system. Different techniques are frequency chirp‚ coherence function and pseudoinverse. In chirp method‚ wideband excitation such as frequency chirp is used. Frequency response is obtained as the DFT of the output of the system for time-domain input. Inverse method uses SVD function to find pseudoinverse. Coherence function has been used to identify the system using MATL AB function tfestimate. The performances of the
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ACS124: Modelling‚ analysis and control by J A Rossiter Tutorial sheet outline solutions TUTORIAL ANSWERS 1 Units in Modelling a) The lightest mass is 20 g. b) The shortest distance is 4.2 yards. c) The largest area is largest 8.7 ft2. d) The greatest volume is greatest 2 m3. e) The highest temperature is 300K. f) The smallest pressure is 7.8 bar. g) The smallest power is 5000 Btu/hr. Note: 1 slug = 37.17 lb‚ 1 Btu/s = 778 ft-lbf/s & 1 ft-lbf/s = 1.356 x 10-3 kW 1 Models can be
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Familiarization with Basic CT/DT functions Objective The basic objective of this lab was to be familiar with MATLAB‚ one of the most famous tools used in Signal Analysis and Processing. Theory Impulse Signal The impulse function‚ also known as Dirac delta function or Dirac impulse‚ is defined by | | Ramp and Step Signals The step signal
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