Digital filter design solutions:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Boston, MA
Artech House
2005
|
| Schriftenreihe: | Artech House microwave library
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Includes bibliographical references and index |
| Beschreibung: | XIX, 463 S. zahlr. graph. Darst. |
| ISBN: | 1580537596 |
Internformat
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| 245 | 1 | 0 | |a Digital filter design solutions |c Jolyon M. De Freitas |
| 264 | 1 | |a Boston, MA |b Artech House |c 2005 | |
| 300 | |a XIX, 463 S. |b zahlr. graph. Darst. | ||
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| 490 | 0 | |a Artech House microwave library | |
| 500 | |a Includes bibliographical references and index | ||
| 650 | 4 | |a Electric filters, Digital |x Design and construction | |
| 650 | 4 | |a Signal processing |x Digital techniques | |
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Datensatz im Suchindex
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| adam_text | DIGITAL FILTER DESIGN SOLUTIONS JOLYON M. DE FREITAS ARTECH HOUSE
BOSTON|LONDON ARTECHHOUSE.COM CONTENTS PREFACE XI LIST OF MATLAB
FUNCTIONS XIII 1. INTRODUCTION 1 1.1 BACKGROUND 1 1.2 CHOICE OF FILTERS
2 1.3 OVERVIEW 2 1.4 FILTER COEFFICIENTS 3 2. FILTER DESIGN AND
IMPLEMENTATION 5 2.1 IMPULSE RESPONSE FUNCTION H K 6 2.2 WINDOW FUNCTION
W K 6 2.3 TRUNCATION AND WINDOWING 8 2.4 DESIGN RULES 11 2.5 FILTER
IMPLEMENTATION 15 2.5.1 DIRECT METHOD - POSTPROCESSING 16 2.5.2 DIRECT
METHOD-CONCURRENT PROCESSING 18 2.5.3 FREQUENCY DOMAIN METHOD 20 2.6 THE
LOW-PASS FILTER AS A BUILDING BLOCK 23 2.6.1 THE ALL-PASS FILTER 24
2.6.2 THE HIGH-PASS FILTER 25 2.6.3 THE BAND-PASS FILTER 25 2.6.4 THE
BAND-STOP FILTER 26 2.6.5 A LOW-PASS FILTER WITH GAIN NEAR TRANSITION
EDGE 28 2.7 CASCADED FILTERS 30 2.7.1 THE CASCADED NOTCH FILTER 32 2.7.2
ALTERNATIVE CASCADE TECHNIQUE 33 2.8 DECIMATION 33 2.8.1 HALF-BAND
LOW-PASS FILTER 34 2.8.2 HALF-BAND BAND-PASS FILTER 37 2.8.3 GENERAL
DECIMATION BY FACTOR M 40 2.9 INTERPOLATION 41 2.9.1 SAMPLING RATE
INCREASE BY INTEGER FACTOR M 41 2.9.2 SAMPLING RATE INCREASE BY FACTOR P
M 42 2.10 NOISE CONSIDERATION 43 2.10.1 LOW-PASS AND HIGH-PASS FILTERS
43 2.10.2 BAND-PASS AND BAND-STOP FILTERS 44 2.10.3 CASCADED FILTERS 44
2.11 THE CENTER COEFFICIENT 45 VN VIII DIGITAL FILTER DESIGN SOLUTIONS
2.12 SUMMARY 47 REFERENCES 48 3. LOW-PASS FILTERS 49 3.1 GENERAL
CHARACTERISTICS 49 3.1.1 F_ 3 DB FREQUENCY AND FILTER LENGTH 49 3.1.2
TRANSITION WIDTH AND SLOPE 50 3.1.3 RISE TIME T R 52 3.1.4 PASS-BAND
RIPPLE R AND ATTENUATION A 53 3.1.5 OVERSHOOTG 53 3.1.6 SETTLING TIME 54
3.2 FILTER COEFFICIENT QUANTIZATION 55 3.2.1 INTEGER REPRESENTATION OF
FILTER COEFFICIENTS 55 3.2.2 FILTER GAIN G 55 3.2.3 SCALING 56 3.2.4 AN
EXAMPLE IN CONVERTING LPF99F0.3 TO 16-BIT PRECISION 56 3.2.5 STOP-BAND
ATTENUATION AFTER FILTER QUANTIZATION 58 3.2.6 PASS-BAND RIPPLE AFTER
FILTER QUANTIZATION 59 3.2.7 FILTER LENGTH AFTER QUANTIZATION 60 3.3
ASPECTS OF FILTER FORMAT AND LAYOUT 60 3.3.1 IDENTIFIER 60 3.3.2 IMPULSE
RESPONSE 61 3.3.3 STEP RESPONSE 61 3.3.4 PASS-BAND RIPPLE 61 3.3.5
FILTER COEFFICIENTS TABLE 61 3.4 CONVERSION OF LOW-PASS TO HIGH-PASS
FILTERS 62 3.5 LISTING OF LOW-PASS FILTERS 62 REFERENCES 124 4.
HIGH-PASS FILTERS 125 4. 1 FILTER TERMINOLOGY 125 4.1.1 STEP RESPONSE IN
HIGH-PASS FILTERS 125 4.1.2 FILTER COEFFICIENT QUANTIZATION 126 4.1.3
FILTER GAIN G 126 4.1.4 CHOICE OF CUT-ON FREQUENCIES F C 126 4.2 LISTING
OF HIGH-PASS FILTERS 126 5. BAND-PASS FILTERS 197 5.1 FILTER
TERMINOLOGY 197 5.1.1 IDENTIFIERS 197 5.1.2 BAND-PASS FILTER
QUANTIZATION 197 5.1.3 BAND-PASS FILTER GAIN G 198 5.1.4 GENERAL
CHARACTERISTICS 198 CONTENTS IX 5.1.5 CONVERSION TO BAND-STOP FILTERS
199 5.1.6 OVERVIEW OF BAND-PASS FILTER COEFFICIENTS 199 6.
DIFFERENTIATORS 309 6.1 INTRODUCTION 309 6.2 FILTER CLASSIFICATION 311
6.3 FIRST-ORDER DIFFERENTIATING FILTERS 312 6.3.1 LOW-PASS FIRST-ORDER
DIFFERENTIATING FILTERS 312 6.3.2 IMPLEMENTATION 313 6.3.3 FREQUENCY
RESPONSE OF FIRST-ORDER DIFFERENTIATING FILTERS 314 6.3.4 PASS-BAND
RIPPLE AND UNIT SLOPE RESPONSE 315 6.3.5 DC ACCURACY 316 6.3.6 BAND-PASS
DIFFERENTIATING FILTER COEFFICIENTS 316 6.3.7 QUANTIZATION OF LOW-PASS
FILTER COEFFICIENTS 316 6.3.8 FILTER GAIN G 318 6.4 SECOND-ORDER
DIFFERENTIATING FILTERS 318 6.4.1 SECOND-ORDER SLOPE RESPONSE AND
STABILITY 320 6.4.2 QUANTIZATION OF FILTER COEFFICIENTS AND
IMPLEMENTATION 322 6.4.3 FILTER GAIN G 322 6.5 NOISE CONSIDERATION 322
6.5.1 THE NOISE AMPLIFICATION FACTOR 322 6.5.2 NOISE AMPLIFICATION IN
BAND-PASS DIFFERENTIATORS 324 6.5.3 SIGNAL-TO-NOISE RATIO 324 6.5.4
GENERAL PERFORMANCE IN NOISE 325 6.6 CONVERSION OF UNITY GAIN FILTERS
INTO DIFFERENTIATORS 326 6.6.1 FIRST-ORDER DIFFERENTIATING FILTERS 326
6.6.2 SECOND-ORDER DIFFERENTIATING FILTERS 327 6.7 CHARTS AND TABLES 328
6.7.1 FILTER IDENTIFIER 330 6.7.2 FILTER COEFFICIENTS TABLE 331 6.8
OVERVIEW AND SUMMARY 331 REFERENCES 387 7. HILBERT TRANSFORMERS 389 7.1
INTRODUCTION 389 7.2 HILBERT TRANSFORM REALIZATION 390 7.3
PHASE-FREQUENCY DEMODULATION SCHEME 1 391 7.3.1 IMPLEMENTATION 392 7.3.2
ERROR PROPAGATION IN HILBERT DEMODULATION 394 7.4 DC PHASE ERRORS 396
7.4.1 EVOLUTION OF CARRIER FREQUENCY 396 7.4.2 PHASE STEP RESPONSE 397
DIGITAL FILTER DESIGN SOLUTIONS 7.4.3 FREQUENCY STEP RESPONSE 397 7.5
INFLUENCE OF CARRIER FREQUENCY MISMATCH AND ITS COMPENSATION 399 7.6 AC
PHASE DEMODULATION 400 7.6.1 AC PHASE ERRORS 401 7.6.2 AC PHASE ERROR
DEPENDENCE ON MODULATION FREQUENCY 402 7.6.3 AC PHASE ERROR AND
DEMODULATION BANDWIDTH 404 7.7. PHASE-FREQUENCY DEMODULATION SCHEME 2
406 7.7.1 IMPLEMENTATION 407 7.7.2 ERROR PROPAGATION 408 7.7.3
DEMODULATION BANDWIDTH OF SCHEME 2 409 7.8 INTRODUCING AN ARBITRARY
PHASE SHIFT INTO A SIGNAL 411 7.8.1 THE PHASE BETWEEN TWO NARROW BAND
SIGNALS 416 7.9 INSTANTANEOUS FREQUENCY 416 7.9.1 DETERMINATION OF
INSTANTANEOUS MODULATION FREQUENCY 417 7.10 NOISE CONSIDERATION 418
7.10.1 MIXING PROCESS INVOLVING UNITY GAIN FILTERS 418 7.10.2 MIXING
PROCESS INVOLVING PRE- AND POSTMIXING DIFFERENTIATORS 7.10.3 NOISE
PERFORMANCE OF PM DEMODULATION SCHEME 2 7.10.4 NOISE PERFORMANCE OF PM
DEMODULATION SCHEME 1 7.11 FILTER QUANTIZATION 7.11.1 FILTER GAIN 7.12
CHARTS AND TABLES 7.12.1 FILTER IDENTIFIERS 7.12.2 EXPLANATION OF
ADDITIONAL TERMS 7.13 SUMMARY REFERENCES 8. CONCLUSION ABOUT THE AUTHOR
INDEX
|
| adam_txt |
DIGITAL FILTER DESIGN SOLUTIONS JOLYON M. DE FREITAS ARTECH HOUSE
BOSTON|LONDON ARTECHHOUSE.COM CONTENTS PREFACE XI LIST OF MATLAB
FUNCTIONS XIII 1. INTRODUCTION 1 1.1 BACKGROUND 1 1.2 CHOICE OF FILTERS
2 1.3 OVERVIEW 2 1.4 FILTER COEFFICIENTS 3 2. FILTER DESIGN AND
IMPLEMENTATION 5 2.1 IMPULSE RESPONSE FUNCTION H K 6 2.2 WINDOW FUNCTION
W K 6 2.3 TRUNCATION AND WINDOWING 8 2.4 DESIGN RULES 11 2.5 FILTER
IMPLEMENTATION 15 2.5.1 DIRECT METHOD - POSTPROCESSING 16 2.5.2 DIRECT
METHOD-CONCURRENT PROCESSING 18 2.5.3 FREQUENCY DOMAIN METHOD 20 2.6 THE
LOW-PASS FILTER AS A BUILDING BLOCK 23 2.6.1 THE ALL-PASS FILTER 24
2.6.2 THE HIGH-PASS FILTER 25 2.6.3 THE BAND-PASS FILTER 25 2.6.4 THE
BAND-STOP FILTER 26 2.6.5 A LOW-PASS FILTER WITH GAIN NEAR TRANSITION
EDGE 28 2.7 CASCADED FILTERS 30 2.7.1 THE CASCADED NOTCH FILTER 32 2.7.2
ALTERNATIVE CASCADE TECHNIQUE 33 2.8 DECIMATION 33 2.8.1 HALF-BAND
LOW-PASS FILTER 34 2.8.2 HALF-BAND BAND-PASS FILTER 37 2.8.3 GENERAL
DECIMATION BY FACTOR M 40 2.9 INTERPOLATION 41 2.9.1 SAMPLING RATE
INCREASE BY INTEGER FACTOR M 41 2.9.2 SAMPLING RATE INCREASE BY FACTOR P
M 42 2.10 NOISE CONSIDERATION 43 2.10.1 LOW-PASS AND HIGH-PASS FILTERS
43 2.10.2 BAND-PASS AND BAND-STOP FILTERS 44 2.10.3 CASCADED FILTERS 44
2.11 THE CENTER COEFFICIENT 45 VN VIII DIGITAL FILTER DESIGN SOLUTIONS
2.12 SUMMARY 47 REFERENCES 48 3. LOW-PASS FILTERS 49 3.1 GENERAL
CHARACTERISTICS 49 3.1.1 F_ 3 DB FREQUENCY AND FILTER LENGTH 49 3.1.2
TRANSITION WIDTH AND SLOPE 50 3.1.3 RISE TIME T R 52 3.1.4 PASS-BAND
RIPPLE R AND ATTENUATION A 53 3.1.5 OVERSHOOTG 53 3.1.6 SETTLING TIME 54
3.2 FILTER COEFFICIENT QUANTIZATION 55 3.2.1 INTEGER REPRESENTATION OF
FILTER COEFFICIENTS 55 3.2.2 FILTER GAIN G 55 3.2.3 SCALING 56 3.2.4 AN
EXAMPLE IN CONVERTING LPF99F0.3 TO 16-BIT PRECISION 56 3.2.5 STOP-BAND
ATTENUATION AFTER FILTER QUANTIZATION 58 3.2.6 PASS-BAND RIPPLE AFTER
FILTER QUANTIZATION 59 3.2.7 FILTER LENGTH AFTER QUANTIZATION 60 3.3
ASPECTS OF FILTER FORMAT AND LAYOUT 60 3.3.1 IDENTIFIER 60 3.3.2 IMPULSE
RESPONSE 61 3.3.3 STEP RESPONSE 61 3.3.4 PASS-BAND RIPPLE 61 3.3.5
FILTER COEFFICIENTS TABLE 61 3.4 CONVERSION OF LOW-PASS TO HIGH-PASS
FILTERS 62 3.5 LISTING OF LOW-PASS FILTERS 62 REFERENCES 124 4.
HIGH-PASS FILTERS 125 4. 1 FILTER TERMINOLOGY 125 4.1.1 STEP RESPONSE IN
HIGH-PASS FILTERS 125 4.1.2 FILTER COEFFICIENT QUANTIZATION 126 4.1.3
FILTER GAIN G 126 4.1.4 CHOICE OF CUT-ON FREQUENCIES F C 126 4.2 LISTING
OF HIGH-PASS FILTERS ' 126 5. BAND-PASS FILTERS 197 5.1 FILTER
TERMINOLOGY 197 5.1.1 IDENTIFIERS 197 5.1.2 BAND-PASS FILTER
QUANTIZATION 197 5.1.3 BAND-PASS FILTER GAIN G 198 5.1.4 GENERAL
CHARACTERISTICS 198 CONTENTS IX 5.1.5 CONVERSION TO BAND-STOP FILTERS
199 5.1.6 OVERVIEW OF BAND-PASS FILTER COEFFICIENTS 199 6.
DIFFERENTIATORS 309 6.1 INTRODUCTION' 309 6.2 FILTER CLASSIFICATION 311
6.3 FIRST-ORDER DIFFERENTIATING FILTERS 312 6.3.1 LOW-PASS FIRST-ORDER
DIFFERENTIATING FILTERS 312 6.3.2 IMPLEMENTATION 313 6.3.3 FREQUENCY
RESPONSE OF FIRST-ORDER DIFFERENTIATING FILTERS 314 6.3.4 PASS-BAND
RIPPLE AND UNIT SLOPE RESPONSE 315 6.3.5 DC ACCURACY 316 6.3.6 BAND-PASS
DIFFERENTIATING FILTER COEFFICIENTS 316 6.3.7 QUANTIZATION OF LOW-PASS
FILTER COEFFICIENTS 316 6.3.8 FILTER GAIN G 318 6.4 SECOND-ORDER
DIFFERENTIATING FILTERS 318 6.4.1 SECOND-ORDER SLOPE RESPONSE AND
STABILITY 320 6.4.2 QUANTIZATION OF FILTER COEFFICIENTS AND
IMPLEMENTATION 322 6.4.3 FILTER GAIN G 322 6.5 NOISE CONSIDERATION 322
6.5.1 THE NOISE AMPLIFICATION FACTOR 322 6.5.2 NOISE AMPLIFICATION IN
BAND-PASS DIFFERENTIATORS 324 6.5.3 SIGNAL-TO-NOISE RATIO 324 6.5.4
GENERAL PERFORMANCE IN NOISE 325 6.6 CONVERSION OF UNITY GAIN FILTERS
INTO DIFFERENTIATORS 326 6.6.1 FIRST-ORDER DIFFERENTIATING FILTERS 326
6.6.2 SECOND-ORDER DIFFERENTIATING FILTERS 327 6.7 CHARTS AND TABLES 328
6.7.1 FILTER IDENTIFIER 330 6.7.2 FILTER COEFFICIENTS TABLE 331 6.8
OVERVIEW AND SUMMARY 331 REFERENCES 387 7. HILBERT TRANSFORMERS 389 7.1
INTRODUCTION ' 389 7.2 HILBERT TRANSFORM REALIZATION 390 7.3
PHASE-FREQUENCY DEMODULATION SCHEME 1 391 7.3.1 IMPLEMENTATION 392 7.3.2
ERROR PROPAGATION IN HILBERT DEMODULATION 394 7.4 DC PHASE ERRORS 396
7.4.1 EVOLUTION OF CARRIER FREQUENCY 396 7.4.2 PHASE STEP RESPONSE 397
DIGITAL FILTER DESIGN SOLUTIONS 7.4.3 FREQUENCY STEP RESPONSE 397 7.5
INFLUENCE OF CARRIER FREQUENCY MISMATCH AND ITS COMPENSATION 399 7.6 AC
PHASE DEMODULATION 400 7.6.1 AC PHASE ERRORS 401 7.6.2 AC PHASE ERROR
DEPENDENCE ON MODULATION FREQUENCY 402 7.6.3 AC PHASE ERROR AND
DEMODULATION BANDWIDTH 404 7.7. PHASE-FREQUENCY DEMODULATION SCHEME 2
406 7.7.1 IMPLEMENTATION 407 7.7.2 ERROR PROPAGATION 408 7.7.3
DEMODULATION BANDWIDTH OF SCHEME 2 409 7.8 INTRODUCING AN ARBITRARY
PHASE SHIFT INTO A SIGNAL 411 7.8.1 THE PHASE BETWEEN TWO NARROW BAND
SIGNALS 416 7.9 INSTANTANEOUS FREQUENCY 416 7.9.1 DETERMINATION OF
INSTANTANEOUS MODULATION FREQUENCY 417 7.10 NOISE CONSIDERATION 418
7.10.1 MIXING PROCESS INVOLVING UNITY GAIN FILTERS 418 7.10.2 MIXING
PROCESS INVOLVING PRE- AND POSTMIXING DIFFERENTIATORS 7.10.3 NOISE
PERFORMANCE OF PM DEMODULATION SCHEME 2 7.10.4 NOISE PERFORMANCE OF PM
DEMODULATION SCHEME 1 7.11 FILTER QUANTIZATION 7.11.1 FILTER GAIN 7.12
CHARTS AND TABLES 7.12.1 FILTER IDENTIFIERS 7.12.2 EXPLANATION OF
ADDITIONAL TERMS 7.13 SUMMARY REFERENCES 8. CONCLUSION ABOUT THE AUTHOR
INDEX |
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| index_date | 2024-07-02T14:13:19Z |
| indexdate | 2024-07-09T20:37:03Z |
| institution | BVB |
| isbn | 1580537596 |
| language | English |
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| record_format | marc |
| series2 | Artech House microwave library |
| spelling | De Freitas, Jolyon M. de Verfasser aut Digital filter design solutions Jolyon M. De Freitas Boston, MA Artech House 2005 XIX, 463 S. zahlr. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Artech House microwave library Includes bibliographical references and index Electric filters, Digital Design and construction Signal processing Digital techniques Digitalfilter (DE-588)4070477-4 gnd rswk-swf Entwurf (DE-588)4121208-3 gnd rswk-swf Digitalfilter (DE-588)4070477-4 s Entwurf (DE-588)4121208-3 s DE-604 HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014709733&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | De Freitas, Jolyon M. de Digital filter design solutions Electric filters, Digital Design and construction Signal processing Digital techniques Digitalfilter (DE-588)4070477-4 gnd Entwurf (DE-588)4121208-3 gnd |
| subject_GND | (DE-588)4070477-4 (DE-588)4121208-3 |
| title | Digital filter design solutions |
| title_auth | Digital filter design solutions |
| title_exact_search | Digital filter design solutions |
| title_exact_search_txtP | Digital filter design solutions |
| title_full | Digital filter design solutions Jolyon M. De Freitas |
| title_fullStr | Digital filter design solutions Jolyon M. De Freitas |
| title_full_unstemmed | Digital filter design solutions Jolyon M. De Freitas |
| title_short | Digital filter design solutions |
| title_sort | digital filter design solutions |
| topic | Electric filters, Digital Design and construction Signal processing Digital techniques Digitalfilter (DE-588)4070477-4 gnd Entwurf (DE-588)4121208-3 gnd |
| topic_facet | Electric filters, Digital Design and construction Signal processing Digital techniques Digitalfilter Entwurf |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014709733&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT defreitasjolyonmde digitalfilterdesignsolutions |