Documents for RF Circuit Designs and High-Speed PCB Design: 本帖最后由 huangfeihong88 于 2010-1-28 10:14 编辑
Basic ADS simulation tutorial:
Performing DC sweep analysis on a bipolar junction transistor (BJT)。
Performing small signal AC analysis on a BJT circuit.
Performing s-parameter measurement on BJT circuit.
Basic Harmonic Balance (HB) simulation for large-signal steady-state AC simulation
Using custom 1-port or 2-port network with data from measurement (monopole antenna)
Performing basic Circuit Envelope (CE) simulation with single source
Small-signal noise simulation
Creating custom library (lumped-components) from SPICE netlist
Large Signal Amplifier Design:
Class-A Linear Power Amplifier Design
Mixer Design:
Single-Ended BJT Mixer
Lab Sheets for use with ADS
Interactive impedance transformation using ADS
Microwave low-pass filter design with stripline using ADS
Open notes on RF/Microwave Circuit Design (August 2008)
Lesson 1 - Advance transmission line
Lesson 2 - RF network analysis
Lesson 3A - Impedance transformation
Lesson 3B – RF/Microwave filter
Lesson 4 - Three and four ports networks
Lesson 5 – Coaxial and waveguide components
Lesson 6 - RF transistors and components
Lesson 7 – Small-signal RF amplifier theory: gain expressions and stability
Lesson 8A - Designing small-signal RF amplifier for simultaneous conjugate match and constant gain
Lesson 8B - Designing small-signal RF amplifier for low noise operation
Lesson 8C - Designing small-signal RF amplifier for constant input mismatch, effective power gain
Lesson 8D - General single stage small-signal RF amplifier design
Lesson 8e - Multi-stage amplifier design
Lesson 9 - Oscillator design
Lesson 10 - Nonlinear circuit – Large-signal amplifier
Lesson 11 - Broadband amplifier
Lesson 12 - Brief review of optimization and statistical methods
Appendix – ADS network files for Lesson 6-8
Appendix – Material on Phase-locked loop and frequency synthesizer
Open notes on High-Speed Printed Circuit Board (PCB) Design (August 2009)
Lesson 1-2 - Motivation and fundamental concepts.
Lesson 3 - Transmission line, signal propagation and crosstalk.
Lesson 4 - PCB layout and grounding.
Lesson 5 - Basic differential signalling.
Answer to course assessment and Transmission Line Design Spreadsheet
不错不错，谢谢楼主
不错的分享哈，多谢了！
谢谢楼主，很好的分享，值得认真学习一下。
顶一下，谢谢分享！
本帖最后由 huangfeihong88 于 2010-1-29 16:56 编辑
thank for you sharing。
下来看看,谢谢.
内容真多，要花点时间学习。:21bb
感谢楼主的分享 {:6_913:}
Documents for RF Circuit Designs (Focusing on using Advance Design.part08.rar
