Electronic Crossover Design > 4.12 Filler-Driver Crossovers > 4.12 Filler-Driver Crossovers - Pg. 105: Safari Books Online

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Electronic Crossover Design

Electronic Crossover Design

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Contents

Table of Contents

The Design of Active Crossovers

Table of Contents

Acknowledgments

Chapter 1. Crossover Basics

Chapter 2. How Loudspeakers Work

Chapter 3. Crossover Requirements

Chapter 4. Crossover Types

4.1 All-Pole and Non-All-Pole Crossovers

4.2 Symmetric and Asymmetric Crossovers

4.3 All-Pass and Constant-Power Crossovers

4.4 Constant-Voltage Crossovers

4.5 First-Order Crossovers

4.6 Second-Order Crossovers

4.7 Third-Order Crossovers

4.8 Fourth-Order Crossovers

4.9 Higher-Order Crossovers

4.10 Determining Frequency Offsets

4.11 Summary of Crossover Properties

4.12 Filler-Driver Crossovers

4.13 The Duelund Crossover

4.14 Crossover Topology

4.15 Crossover Conclusions

Chapter 5. Notch Crossovers

Chapter 6. Subtractive Crossovers

Chapter 7. Lowpass & Highpass Filter Characteristics

Chapter 8. Designing Lowpass and Highpass Filters

Chapter 9. Bandpass & Notch Filters

Chapter 10. Time Domain Filters

Chapter 11. Equalisation

Chapter 12. Passive Components for Active Crossovers

Chapter 13. Opamps for Active Crossovers

Chapter 14. Active Crossover System Design

Chapter 15. Subwoofer Crossovers

Chapter 16. Line Inputs and Outputs

Chapter 17. Line Outputs

Chapter 18. Power Supply Design

Chapter 19. An Active Crossover Design

Appendix 1. Crossover Design References

Appendix 2. Loudspeaker Design References

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Crossover Types 105 Figure 4.63: The flat amplitude response of a second-order Butterworth crossover (in-phase) with an added bandpass filler-driver.