Slopes and Levels
Slopes and Levels
Spice Models to Simulate Vintage Op-Amp Noise
Vogel, Burkhard
Springer International Publishing AG
04/2025
500
Dura
9783031826177
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Part I Essentials and the Solutions for OPAs with Slopes of 0.0 dB/dec or -10 dB/dec.- Intro.- Basics of OPA Noise and Gain.- Mathcad Worksheets for Chapter 2.- Non-Inverting OPA Gain Stages.- Mathcad Worksheet for Chapter 4.- Inverting OPA Gain Stages.- Mathcad Worksheets for Chapter 6.- Phono Amp with OPAs.- Mathcad Worksheets for Chapter 8.- Part II Essentials and Solutions for OPAs with Slopes Other Than 0.0 dB/dec or -10.0 dB/dec.- The Correlation Matter.- Mathcad Worksheets for Chapter 10.- OPA Noise Modelling.- Mathcad Worksheets for Chapter 12.- Part III Solutions for a Selection of Classic OPAs.- Noise Traces for the Simulation Model of OPAs: Created with the Example OPA NE5534A.- Mathcad Worksheets for Chapter 14.- Example OPA1611.- Mathcad Worksheets for Chapter 16.- Example NE5532A.- Mathcad Worksheets for Chapter 18.- Example OPA134.- Mathcad Worksheets for Chapter 20.- Example TL071.- Mathcad Worksheets for Chapter 22.- Part IV Special ICs Based on Classic OPA Technology (Balanced in - Single-Ended out) And Summary 1.- Example SSM-2017.- Mathcad Worksheets for Chapter 24.- Summary 1 and Classic OPAs.- Part V Solutions for a Selection of OPAs with DC Input Bias Current Cancellation And Summary 2.- Example LT1028.- Mathcad Worksheet for Chapter 27.- Tests with LT1028 (version after 2022): Mathematics vs Simulations.- Mathcad Worksheets for Chapter 29.- Creation of the New Simulation Model LT1028N: A Realistic Noise-Based Proposal.- Mathcad Worksheets for Chapter 31.- Example OP37.- Mathcad Worksheet for Chapter 33.- Summary 2 and Related OPAs with bcc.- Mathcad Worksheets for Chapter 35.- Part VI Appendices & Index & Epilogue.- Appendix 1: List of Mathcad Worksheets.- Appendix 2: Literature and Data Sources.- Appendix 3: Software Tools.- Epilogue.- Index.
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SMD-free Analog Amplification;Vinyl LP;Phono Amps;Reflection;Analog Aficionados;LTSpice;Analog Lovers;Analog Amplifier Design;Mathcad worksheets
Part I Essentials and the Solutions for OPAs with Slopes of 0.0 dB/dec or -10 dB/dec.- Intro.- Basics of OPA Noise and Gain.- Mathcad Worksheets for Chapter 2.- Non-Inverting OPA Gain Stages.- Mathcad Worksheet for Chapter 4.- Inverting OPA Gain Stages.- Mathcad Worksheets for Chapter 6.- Phono Amp with OPAs.- Mathcad Worksheets for Chapter 8.- Part II Essentials and Solutions for OPAs with Slopes Other Than 0.0 dB/dec or -10.0 dB/dec.- The Correlation Matter.- Mathcad Worksheets for Chapter 10.- OPA Noise Modelling.- Mathcad Worksheets for Chapter 12.- Part III Solutions for a Selection of Classic OPAs.- Noise Traces for the Simulation Model of OPAs: Created with the Example OPA NE5534A.- Mathcad Worksheets for Chapter 14.- Example OPA1611.- Mathcad Worksheets for Chapter 16.- Example NE5532A.- Mathcad Worksheets for Chapter 18.- Example OPA134.- Mathcad Worksheets for Chapter 20.- Example TL071.- Mathcad Worksheets for Chapter 22.- Part IV Special ICs Based on Classic OPA Technology (Balanced in - Single-Ended out) And Summary 1.- Example SSM-2017.- Mathcad Worksheets for Chapter 24.- Summary 1 and Classic OPAs.- Part V Solutions for a Selection of OPAs with DC Input Bias Current Cancellation And Summary 2.- Example LT1028.- Mathcad Worksheet for Chapter 27.- Tests with LT1028 (version after 2022): Mathematics vs Simulations.- Mathcad Worksheets for Chapter 29.- Creation of the New Simulation Model LT1028N: A Realistic Noise-Based Proposal.- Mathcad Worksheets for Chapter 31.- Example OP37.- Mathcad Worksheet for Chapter 33.- Summary 2 and Related OPAs with bcc.- Mathcad Worksheets for Chapter 35.- Part VI Appendices & Index & Epilogue.- Appendix 1: List of Mathcad Worksheets.- Appendix 2: Literature and Data Sources.- Appendix 3: Software Tools.- Epilogue.- Index.
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