The Arts of VLSI Circuit Design: Symmetry Approaches Toward Zero PVT Sensitivity

Song, Hongjiang

ISBN 10: 1456874667 / ISBN 13: 9781456874667

Edité par Xlibris Corporation, 2011

A propos de cet article

23 x 15 cm. Octavo. 466pp. Diagrams, bibliographys, appendix, index. Chapter headings: "Introduction to VLSI Symmetry", "VLSI Reflection Symmetry Circuit Elements", "VLSI Translation Symmetry Circuit Elements", "VLSI Rotational Symmetry Circuit Elements", "VLSI Electrical Symmetry", "VLSI Symmetry Scaling and Transformation", "VLSI Symmetry Computing", "Low PVT Sensitivity VLSI Circuit Design", "Symmetry Method in VLSI Physical Design", "VLSI Spatial Signal Processing", "Symmetry Approaches in VLSI Design and Manufacture", "Symmetry Methods in VLSI Opamp Circuit Design", "Symmetry Methods in VLSI Bandgap Circuit Design", "Symmetry Methods in VLSI PLL Circuit Design", "Symmetry Methods in VLSI Filter Circuit Design", "VLSI Parameter Tuning Circuit Structures", "Symmetry Methods in VLSI Data Converter Circuits", "Symmetry in VLSI Fuzzy Logic and Neural Network Circuits".

N° de réf. du vendeur 68361

Détails bibliographiques

• Titre: The Arts of VLSI Circuit Design: Symmetry Approaches Toward Zero PVT Sensitivity
• Éditeur: Xlibris Corporation
• Date de parution: 2011
• Langue: anglais
• ISBN à 10 chiffres: 1456874667
• ISBN à 13 chiffres: 9781456874667
• Reliure: Paperback
• État de l'article: Near Fine
• Catalogues du vendeur:
  • Engineering

A propos de ce titre

Biographie de l'auteur

Dr. Hongjiang Song currently serves as adjunct professor as Arizona State University where he has been offering courses in VLSI Analog Signal Processing and VLSI High-Speed I/O Circuits since 2002. He also served several other academic positions, such as faculty of Yunnan University, analog and RF circuits track chair for IEEE International SOCC Conference. He has published two books and number of technical papers in VLSI analog circuits. He holds 24 patents (5 pending). Dr. Song has been with Intel Corporation since 1994, working on various leading-edge VLSI circuit developments in CPU, chipsets, high-speed I/O, RF, and analog circuits. Dr. Song's key research areas and interests include high-speed/low-power circuits; RF circuit; A/D, D/A and Sigma-Delta converter circuits; phase-lock loop (PLL/DLL) and transceiver circuits; digital and analog signal processing circuits; power management and power amplifier (linear and class-D) circuits.