Substrate Noise Coupling in RFICs

jeff_zx

Chapter 1 Introduction. 1.1 Motivation and Objectives. 1.2 Contributions. 1.3 Book Organization.

Chapter 2 Analysis of Substrate Noise Coupling. 2.1. Process Regions. 2.2. Process cross sections. 2.3. Connection of devices to the substrate. 2.4. Noise coupling mechanism. 2.5. Substrate doping profile tradeoffs. 2.6. Substrate Model extraction in the IC design flow. 2.7. Doping Profile Considerations. 2.8. Substrate model extraction kernels. 2.9. Conclusion.

Chapter 3 Experimental Data to calibrate the design flow. 3.1. Introduction. 3.2. The test chip. 3.3. Baseline Isolation. 3.4. Effect of p-guard ring on isolation. 3.5. Effect of n-guard ring on isolation. 3.6. Effect of deep n-well on isolation. 3.7. Effect of deep trench on isolation. 3.8. De-embedding. 3.9. Conclusion.

Chapter 4 Design Guide for Substrate Noise Isolation for RF Applications. 4.1. Introduction. 4.2. Isolation in Low resistivity substrate. 4.3. Isolation vs. Frequency for different isolation structures. 4.4. Effect of back plane connection on the noise isolation in high resistivity aaaaaasubstrates. 4.5. Substrate Contacts: Front side or Backside? Both. 4.6. P+ Guard Ring Isolation. 4.7. P+ and N+ Guard Rings Isolation. 4.8. Floor planning techniques to minimize coupling. 4.9. Circuit techniques to minimize coupling. 4.10. Active guard rings. 4.11. Conclusion.

Chapter 5 On Chip Inductor Design Flow. 5.1. Introduction. 5.2. Integrated Inductors. 5.3. Inductor Design Flow. 5.4. Analytical exploration of the design space. 5.5. Inductor Model and Substrate Parasitics. 5.6. Calibrating the field solver. 5.7. Model fit. 5.8. DFM effects. 5.9. Conclusion.

Chapter 6 Case studies for the impact and remedy of substrate noise coupling. 6.1. Introduction. 6.2. System Level Case study. 6.3.Block Level Case study. 6.4. Device Level Case study. 6.5.Conclusion.

Chapter 7 Conclusion.

Appendix A Scattering Parameters. Appendix B Measurements Setup.

Bibliography

jeff_zx

Substrate Noise Coupling in RFICs

fanjx

good good

pickpunk

好书，谢谢LZ

lurx0025

gfsdfa

nero007

tai  fuza  le

hzfeiyun

不错，帮顶，很清晰

klng1025

好人啊，楼主，下。