Introduction of LectureRichard Li, 20111 Introduce myself Richard Chi-Hsi Li 李缉熙 Cellular phone: 13917441363 (PRC) Date Organization.

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Presentation transcript:

Introduction of LectureRichard Li, Introduce myself Richard Chi-Hsi Li 李缉熙 Cellular phone: (PRC) Date Organization Department/ProjectTitle beforeFuDan UniversityPhysicsBS Student CSA/USTC, ChinaSpace PhysicsInstructor/Lecturer PSU, USAEEPhD Student (Pennsylvania State Univ., USA) Motorola, USAPortable radioStaff Engineer Motorola, USARF/RFICSenior Principle Staff Engineer Texas InstrumentsDBSStaff Engineer USA RCA-Astro, USAComm. SatelliteSenior Staff Engineer WinBond, Shanghai WLANConsultant China WiQuest, USAUWBPrinciple Designer

Introduction of LectureRichard Li, Figure 0.1 Three kinds of descriptions on RF circuit design LNA Mixer FLT VCO PA Longitudinal description: Individual blocks Impedance matching Grounding RFIC Technology 6σ Design Layout Transversal description: Design technologies and schemes Measuring and Testing General description: System analysis Modulation Multiple Access “Zero IF” System System Annalysis Main Parameters

Introduction of LectureRichard Li, The 6 “must” skills of a qualified RF Circuit Designer : 1. Impedance Matching 2. RFIC 3. Grounding 4. Layout 5. Measuring and Testing 6. 6 σ design These skills can be applied as the sufficient and necessary conditions to judge a qualified RF circuit designer’s capability.

Introduction of LectureRichard Li, Chapter 1 : Importance of Impedance Matching Topics of Key Issues in RF/RFIC Circuit Design Written by Richard Chi-Hsi Li Published by Higher Education Press, Beijing in 2005 Part 1: Impedance matching Part 2: RF Grounding Part 3: Fundamentals of RF Circuit Design Chapter 6 : Balun Chapter 5 : Single-ended Stage and Differential Pair Chapter 3 : RF Grounding Chapter 4 : Equivalent Circuits of Passive Chip Parts Chapter 2 : Impedance Matching Chapter 7 : Tolerance Analysis Chapter 12 : From Analog to Digital Communication Chapter 11 : Cascaded Equations and System Analysis Chapter 9 : Noise, Gain, and Sensitivity of a receiver Chapter 10 : Non-linearity and Spurious Products Chapter 8 : Prospect of RFIC Design Part 4: System Analysis

Introduction of LectureRichard Li, Chapter 1 : LNA Chapter 2 : Mixer Chapter 3 : Differential Pair Chapter 4 : RF Balun Chapter 5 : Tunable Filter Chapter 6 : VCO Chapter 7 : PA Topics of RF Circuit Design Written by Richard Chi-Hsi Li Published by JohnsonWiley Publications Co. USA in November 2008 Part 1 : Individual RF Blocks Part 2 : Design Technologies and Schemes Part 3 : System Analysis Chapter 8 : Different Methodology Between RF and Digital Design Chapter 9 : Voltage and Power Transportation Chapter 10 : Impedance Matching in Narrow Band Case Chapter 11 : Impedance Matching in Wide Band Case Chapter 12: Impedance and Gain of Raw Device Chapter 13 : Impedance Measurement Chapter 14 : Grounding Chapter 15 : Equipotentiality and Current Coupling Chapter 16 : RFIC and SOC Chapter 17 : Manufacturability of a product Design Chapter 18 : Main Parameters and System Analysis

Introduction of LectureRichard Li, Book : RF Circuit Design Written by Richard Chi-Hsi Li Books listed ISBN-10: Books listed by ISBN ISBN-13: US US $ Add to Cartby ISBNAdd to Cart US (Buy) List Price: See Details You Save: $10.00 (7%) Our Price: $ Shipping: FREE US (Amazon) Buy new: $ $ new Canada List Price: $ (Canada dollars) irewards Member Price: $ Europe Euro - 119,irewards India Price: Rs Japan 価格 : ￥ 18,556 UK Buy new: £85.50 Buy new Hong Kong HK$ Italy € 129,39

Introduction of LectureRichard Li, Lecture 17 : LNA4 Hours (0.67 days) Lecture 18 : Mixer2 Hours (0.33 days) Lecture 19 : Tunable Filter1 Hour (0.17 days) Lecture 20 : VCO2 Hours (0.33 days) Lecture 21 : PA3 Hours (0.50 days) Topics of lectures RF/RFIC Circuit Design by Richard Chi-Hsi Li Part 3 : Individual RF Blocks Part 1 : Design Technologies and Schemes Part 2 : RF System Analysis Lecture 1 : Different Methodology Between RF and Digital Design 1 Hour (0.17 days) Lecture 2 : Voltage and Power Transportation2 Hours (0.33 days) Lecture 3 : Impedance Matching in Narrow Band Case4 Hours (0.67 days) Lecture 4 : Impedance Matching in Wide Band Case 3 Hours (0.50 days) Lecture 5 : Impedance and Gain of Raw Device2 Hours (0.33 days) Lecture 6 : Impedance Measurement1 Hour (0.17 days)2 Lecture 7 : Grounding4 Hours (0.67 days) Lecture 8 : Equipotentiality and Current Coupling2 Hours (0.33 days)3 Lecture 9 : Layout 2 Hours (0.33 days) Lecture 10 : RFIC 4 Hours (0.67 days)3 Lecture 11 : Packaging and SOC (System on Chip) 2 Hours (0.33 days) Lecture 12 : Manufacturability of a product Design2 Hours (0.33 days) Lecture 13 : Main Parameters and System Analysis 4 Hours (0.67 days) Lecture 14 : Specility of “Zero IF” System 4 Hours (0.67 days)2 Lecture 15 : Differential Pair 3 Hours (0.50 days)2 Lecture 16 : RF Balun4 Hours (0.67 days) Total 56(4) Hours (9.00 days)