[分享]AWR官网可以下载的视频

AWR官网上有很多可以参考的视频，很多都是可以下载的，大家可以去这个链接去下载。 ym2"D?P (  
http://www.awr.tv/downloads/ jH37{S-  
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Here you can download AWR.TV videos in Windows Media Format. 8I0G%hD  
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AWR 2011 Features: Shape Preprocessing @I?: x4	Windows Media n_*.i1\'w
AWR 2011 Features: Shape Modifiers jwheJG	Windows Media C4gzg
AWR 2011 Features: Data Sets j2mMm/kq\	Windows Media   uS!V_]
AWR 2011 Features: Asynchronous Simulation	Windows Media   593!;2/@
What's new in AWR 2011 Release z</^q y	Windows Media
iMatch in Microwave Office 0R}hAK+| 4	Windows Media o 9d|XY_
AWR Symbol Generation Wizard A|yU'k	Windows Media $}=r45e0K
New Solution Technologies for EM Simulation -Trailer	Windows Media o 80x@ &A:
Connectivity Checker in Microwave Office	Windows Media ^,` L!3
Constant Output Power Feature in MWO c-4z8T#M^	Windows Media l/A!ofc#)
What is new in Microwave Office 2010 - Overview	Windows Media fP llN8n
iNets Routing Technology in PCB Design Yh{5O3(;	Windows Media   <|hrmwk|
RF Globalnet: iFilter Distributed Synthesis Demo Q<(aU{	Windows Media uFFC.w
RF Globalnet: New Features Of MWO Demo UkC'`NWF*	Windows Media lLI%J>b@
iFilter - Distributed Filter Tutorial w4l]r H	Windows Media = ]1g*~%
Introduction to iNets Routing Technology o Va[	Windows Media ."`||@|
iFIlter - Filter Synthesis Tool Overview	Windows Media OXbC\^qo@
Constant Output Power in MWO	Windows Media :0Fc E,1
Mesuro Cardiff Model	Windows Media
S-Parameters	Windows Media
Microstrip and Ground Plane Modeling	Windows Media
Tutorial: Using TX-Line	Windows Media
Tutorial: Using MTRACE Element	Windows Media
Tutorial: Effective Design - Microstrip Bends	Windows Media
ACE for MMIC Design	Windows Media
ACE for PCB Design	Windows Media
ACE: 4 Channel Router Example	Windows Media
EXTRACT Flow	Windows Media
EXTRACT Flow - ACE	Windows Media
EXTRACT Flow - AXIEM	Windows Media
EXTRACT Flow - X-Models	Windows Media
EXTRACT Flow - Yield Analysis	Windows Media
Multi-technology Design Flow Part 1	Windows Media
Multi-technology Design Flow Part 2	Windows Media
Signal Integrity Solution Part 1	Windows Media
Signal Integrity Solution Part 2	Windows Media
AWR Unified Data Model	Windows Media
ICED LVS	Windows Media

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Visual System Simulator Videos %
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VSS and LabVIEW Integration CiTWjE?|7	Windows Media M%s!qC+
PCB Design Part 1 - PCB Design Objectives	Windows Media NWj4U3x
PCB Design Part 2 - Component Modeling	Windows Media
PCB Design Part 3 - Ideal PCB Design	Windows Media
PCB Design Part 4 - PCB Trace Design	Windows Media
PCB Design Part 5 - Final Verification Flow	Windows Media
Understanding RF Inspector	Windows Media ! p_l(@f
VSS and Matlab Co-Simulation	Windows Media ,Bj]j -\Y
Measuring the AM/AM characteristic of an RF link \jAI~|3	Windows Media 97pnq1b
What's new in VSS 2010 ^cuH\&&7	Windows Media =>7czw:S1
Sweeping Data Files	Windows Media cG4}daK]d
Using VSS for X-Band Radar Design&Analysis Part 1 X7?j90tH	Windows Media (Z8wMy&:
Using VSS for X-Band Radar Design&Analysis Part 2	Windows Media k7M{+X6[
Designing with COTS components using VSS xM/WS':V	Windows Media o5G]|JM_
LTE Communication Library ri4:w_/{,Y	Windows Media
Error Vector Magnitude Tutorial	Windows Media
Phase Noise Mask Example	Windows Media
IQ Plot Example	Windows Media
16QAM Example	Windows Media
DVB Communications Library	Windows Media
WiMAX Design Solution	Windows Media
VSS and Microwave Office Co-Simulation	Windows Media
RFA - RF Architectural Tool Innovation	Windows Media
Sampling Frequency Tutorial	Windows Media
ACPR Measurement Example	Windows Media
Sub-Harmonic Mixer Example	Windows Media

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Analog Office Videos hPUZ{#;n  
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PowerDRC Integrated Debug L5CnPnF	Windows Media R S] N%`]
PowerLVS Integrated Debug *Zn,v-d	Windows Media _B\87e
Shape Based iNets	Windows Media
Analog Office DRC Engine	Windows Media
Layout Editing Part 1	Windows Media
Layout Editing Part 2	Windows Media
iNet Routing Options	Windows Media
Placement and Mirroring	Windows Media
User Interface Tips	Windows Media

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AXIEM Videos rw75(Lp{  
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Parameterized EM Shapes 2hTsjJ!'	Windows Media
Antenna Analysis in AXIEM Part 1 %h v-3L#V	Windows Media ^UyN)eX
Antenna Analysis in AXIEM Part 2  1 K]	Windows Media  nWUau:%
AXIEM Overview	Windows Media
Mutual De-embedding Ports	Windows Media
De-embedding Ports Part 1	Windows Media
De-embedding Ports Part 2	Windows Media
Differential Ports	Windows Media
MIM CAP Example	Windows Media
EXTRACT Flow - AXIEM	Windows Media
In-Situ Current	Windows Media
Hybrid Mesh	Windows Media
Gridless Mesh	Windows Media

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Analyst Videos l>)+HoD  
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Finite Dielectric	Windows Media		/K_*Drk>
Multilayer Via Transition	Windows Media
Patch Antenna	Windows Media

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APLAC Videos _V` QvnT}  

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Multi-Rate Harmonic Balance Tutorial f?"909&	Windows Media
Failure Analysis Example - Time Domain Simulator	Windows Media
Transient Simulator	Windows Media
Harmonic Balance Simulator	Windows Media
Scripting Capabilities	Windows Media
Time Domain Simulator	Windows Media

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AWR Connected Videos A64c,Uv  
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AWR & Optenni Matching Circuit Flow Overview	Windows Media
AWR & Antenna Magus Design Flow Introduction	Windows Media B'6(Ao=3/
Cadence Allegro Import Overview	Windows Media Qd}h:U^
Anritsu VectorStar VNA	Windows Media
Mentor Graphics Expedition Introduction	Windows Media
Mentor Graphics Expedition Demo	Windows Media

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EM Tutorial Series ;!EEzR.  
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EM Tutorial Solver Types	Windows Media
EM Tutorial Models	Windows Media
EM Tutorial Transmission Lines	Windows Media
EM Tutorial Ports Part 1	Windows Media
EM Tutorial Ports Part 2	Windows Media
EM Tutorial Iterative Solver	Windows Media

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Other Videos xP 3>8Y  
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Intercept RF Solution with Microwave Office UO-,A j*wW	Windows Media u#0EZ2>#
Nuhertz Miniaturized Hairpin Design with AXIEM Optimization ?y^ ix+M	Windows Media &cf_?4
Nuhertz Miniaturized Hairpin Design with Fast EM Port Tuning oB+@05m8	Windows Media A$TFa:O|
Nuhertz Lumped Filter Design +Xmza8T9	Windows Media w^S]HzMd
AWR User Forum - Overview	Windows Media

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IMS 2010 MicroApps Videos :oJ!9\5  
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Causality Considerations z{qn|#}	Windows Media RR>G}u9np
The Finite-Element Method (FEM) o|V=3y Ok	Windows Media P}-S[[b73s
Multi-Rate Harmonic Balance Analysis l{. XhB	Windows Media 7[8d-Sf24{
AWR's iFilter ),0Ea~LB4	Windows Media ))J#t{X/8v
LTE System ?)4c!3#	Windows Media 7Y^2JlZu=
Multi-Chip Module Design Challenges 3UJSK+d\	Windows Media r4 ;nkx
Nonlinear Co-Simulation M U2];	Windows Media  "-G&]YMl
Online Design Centers L(BL_	Windows Media N0fmC*1-
PA Design Inclusive of Load Pull Analysis S?Uvt?	Windows Media M5+K[Ir/y9
Single Chip LNA on 0.25um SOS	Windows Media 2O`s'&.h

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IMS 2011 MicroApps Videos T2 V(P>E  
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Beyond the S-Parameter	Windows Media
Communication Systems and 3rd/4th Generation Wireless Standards	Windows Media
Online Design Center	Windows Media
Estimating the Q of Spiral Inductors using Planar EM Simulators	Windows Media
Electro-Thermal Analysis of FETs and MMICs	Windows Media

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IMS 2012 MicroApps Videos =7zvp,B  
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Electrical/Thermal Coupled Solutions for Flip Chip Designs	Windows Media
Improve Microwave Circuit Design Flow	Windows Media
Integrating EM Simulation into Circuit Simulation	Windows Media
Linking RF Design Thru to Test	Windows Media
Optimizing the Design and Verification of 4G RF PAs	Windows Media
RF Link Prediction - A New and Novel Approach	Windows Media
RF System Design - Moving beyond a Linear Datasheet	Windows Media
Simulating an NXP Doherty PA with DPD	Windows Media
System Simulation Featuring Signal Processing Blocks	Windows Media

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MMIC Design Videos %X(|Z4dL  
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Part 1: Design Goals and Overview	Windows Media
Part 2: Loading and Overview of PDK RaB%N$.9s	Windows Media \eS-wO7%
Part 3: Cascaded Noise Figure "C]_pWk	Windows Media
Part 4: FET Bias Selection PJ'@!jx	Windows Media   1$uO%
Part 5: Stability and Input Matching Network 9K#U<Q0b'	Windows Media   Yn-;+ 4 K
Part 6: Optimizing Input Matching Network |A:+[35	Windows Media -}Gk@=$G
Part 7: Layout - Inductor C-V kXk	Windows Media   |z.Ov&d4)(
Part 8: Layout - Resistors and Capacitors ['@R]Si"!	Windows Media    Qs\!Kk@
Part 9: iNets and Completed Layout aP +)	Windows Media S d]`)

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University Videos y3mJO[U0 a  
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Introduction to AWR Microwave Office QCvst*	Windows Media zvh&o*\2<d
Coaxial Line 1 $lAhKpdlW	Windows Media *7!*kqg!u
Microstrip Line 1 - Design and Verification hkR Jqta)	Windows Media   l1}HJmom
Microstrip Line 2 qISzn04	Windows Media O`='8'6zW\
Microstrip Line 3 \oAxmvt	Windows Media   *Duxabo?
Time Domain Reflectometry Basics \ dZD2e4	Windows Media   R>`TV(W`9
Basics of DC Simulations 1 -Potential Divider ZbLN:g}	Windows Media PD@@4@^
Basics of DC Simulations 2 -Maximum Power Transfer 8J+:5b_?	Windows Media yI}_ U
From DC to AC and RF m*H6\on:	Windows Media S cTeh
RF Simulations 1 - Matched Transmission Lines !$.h[z^	Windows Media   l|~SVk|
RF Simulations 2 - Mismatched Transmission Lines ,2^zX]dgM	Windows Media   1$rrfg
RF Simulations 3 - VSWR h%(0|	Windows Media   NFlrr*=t>
Slotted Line %z AN@	Windows Media   9y5nG
Transmission Lines V?+Y[Q	Windows Media Z<6Fq*I
Smith Charts	Windows Media 3']=w@~ O[
Importing Data Files	Windows Media

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Japanese Videos >PK\bLEo  
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[table=600,#ffffff,,0][tr][td]PCB Design Part 1 - PCB Design Objectives [/td][td]Windows Media <ooRpn  
[/td][/tr][tr][td]PCB Design Part 2 - Component Modeling [/td][td]Windows Media L#NW<
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[/td][/tr][tr][td]PCB Design Part 3 - Ideal PCB Design [/td][td]Windows Media 9x9~u8j
 
[/td][/tr][tr][td]PCB Design Part 4 - PCB Trace Design [/td][td]Windows Media[/td][/tr][tr][td]PCB Design Part 5 - Final Verification Flow [/td][td]Windows Media dEM=U;  
[/td][/tr][tr][td]ACE and AXIEM Simulation From Allegro Layout [/td][td][ur .. b0"R |d[i  
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