
|
(A007)
Circuit Simulation and Analysis with HSPICE¡@¡@ |
| ½Òµ{»¡©ú¡G |
¤¶²Ð°ò¦»P±`¥ÎªºHSPICE´yz«ü¥O¡A«P¨Ï³]p¤Hû¦b¤£»Ý¬d¾\SPICE¨Ï¥Î¤â¥Uªº±¡§Î¤U¡A´N¯à°÷§Ö³t¦a¾Ç²ß©M¼ô±x¶i¦æ¹q¸ô¼ÒÀÀ®É¡A©Ò»Ýªº´yz®æ¦¡¤Î³nÅé¾Þ§@¡C
|
| ½Òµ{¤jºõ¡G |
1.HSPICE / SPICE Overview
2.Simulation Input and Controls
3.Sources and Stimuli
4.Analysis Types
5.Simulation Outputs and Controls
6.Elements and Device Models
7.Optimization
8. Control Options & Convergence
9.Graphics Tools
10.Application Demonstration
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¡@°ò¥»¹q¤l¾Ç¤Î¹q¸ô²z½×¡@¡@¡@¡@¡@¡@¡@¡@¡@
¡@¡@¡@   |
|
(A008)
CMOS MEMS Foundry Service¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{¤¶²Ð¥HCIC´£¨Ñ¤§CMOS¼Ð·Ç»sµ{³]pMEMS¤¸¥ó
|
| ½Òµ{¤jºõ¡G |
1. ¥Ó½Ð¤è¦¡¤Î¬ÛÃö¸ê·½
2. Design concepts
3. CMOS process flow
4. CMOS compatible post process
5. Microstructures and layout issues
6. Material properties and database
7. Fundamental cells
8. EDA/CAD tools
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A009)
Full-Custom Layout Editor with Laker¡@ |
| ½Òµ{»¡©ú¡G |
Laker¬°«ä·½¬ì§Þ¤½¥q©Ò¦³¤§¥þ«È¤á¦¡¿nÅé¹q¸ô§G§½³nÅé¡C¥»½Òµ{±N¤¶²Ð¦p¦ó¨Ï¥ÎLaker
L3¨Ó§¹¦¨¹q¸ô§G§½³]p¡C |
| ½Òµ{¤jºõ¡G |
1. Basic Layout Concept
2. Laker Structure Overview
3. Environment setup
4. Import & Export design
5. Viewing design
6. Basic drawing
7. Interactive Verification
8. Magic cell
9. Netlist Connectivity Driven Layout
10. Technology file
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A010)
Phusical Verification with Calibre¡@ ¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²Ð¦p¦ó¨Ï¥ÎCalibre¤§DRC»PLVS¨ÓÅçÃÒ¹q¸ô§G§½¡C¨Ã²¤¶«ü¥O°Ñ¼Æ¡A¬ÛÃöÅçÃÒ³W«h¡A¤Î¨Ï¥Î¹Ï§Î¤ÀªR³B²z¬É±¨ÓÅã¥Ü¤Î³B²zCalibre¤§DRC»PLVSªº¦UÃþ¼ÒÀÀÅçÃÒµ²ªG¡C°Ñ¥[ªÌ¥²¶·¤w¨ã¦³°ò¦ªº¹q¸ô§G§½³]p·§©À¡C
|
| ½Òµ{¤jºõ¡G |
1. Overview
2. Width and Spacing
3. Examples and Debugging
4. Hierarchical DRC
5. Flat vs. Hierarchical LVS
6. Shorts and Opens
7. Connectivity Part 1
8. Connectivity Part 2
9. Texting
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A011)
Full-Custom IC Design Concepts(for WS)¡@ ¡@ ¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²Ð Full-Custom IC
³]p¬yµ{¤§°ò¥»Æ[©À¤Î¬ÛÃö³nÅ骺¨Ï¥Î¤èªk, ¸g¥Ñ¸Ô²Ó»¡©ú¨Ïªì¾ÇªÌ¯à¾¨§Ö¤F¸Ñ¿nÅé¹q¸ô»sµ{¡B§G§½¤Î¹q¸ô³]p¶¡¤§¬ÛÃö§Þ³N»P¬yµ{¡A¹Lµ{¤¤¨Ã±N¾Ç²ß¨Ï¥ÎCADENCE(Virtuoso,Composer..)¡ASPICE
µ¥¦UºØ»²§U³]p³nÅé¡C¨ä¤¤½Òµ{¤º®e¥]§tCMOS process, Schematic editor,Symbol editor,
Simulation,Physical layout, Layout verification(DRC, ERC, LPE, LVS)
¤Î¦U¨BÆJ¶¡¸ê®Æ®æ¦¡¦a¶Ç¿é»PÂà´«¡A¤jP¤W§t¬A¥Ø«e·~¬É©Ò¨Ï¥Îªº³]pÀô¹Ò»P¬yµ{¡A¥H´Á¨Ï¾Çû¨ã§G§½·§©À»P³]p°ò¦¡C
|
| ½Òµ{¤jºõ¡G |
1. Basic concept of
IC Design
2. Circuit Design Flow
3. Design Environment and Process Design Kit
4. Circuit Structure and Simulation Environment
5. Fundamental Layout and Device Concept
6. Layout Design Consideration
7. Verification
8. Process Service
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¾A¦Xªì¾ÇªÌ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A012)
RF MEMS Concepts and Applications¡@ ¡@ ¡@¡@ |
| ½Òµ{»¡©ú¡G |
°Q½×MEMSªº»sµ{§Þ³N¤Î¨Ï¥Î¦b®gÀW¹q¸ô¤¸¥óªºÀ³¥Î»P³]p¡C
|
| ½Òµ{¤jºõ¡G |
1. MEMS Processes and Technologies
2. Applications in RF Transceiver Architectures
3. RF MEMS Components
4. Assembly and Packaging Issues
5. MEMS Component EM Simulation (Lab)
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A101)
Cell-Based IC Design Concepts¡@ ¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{ªº³]p¥Øªº¬O¬°¤FÅýªì¦¸¨Ï¥ÎCell-based
¤è¦¡³]pIC ªº¾Çû¯à¦bµu®É¶¡¤º¹ï¾ãÓ³]p¬yµ{¯à¦³¾ãÅé©Ê»{ÃÑ¡AÁ×§K¥¼¨Ó¦b¹ê»Ú³]p¹Lµ{¤¤¥u±Mª`©ó¬Y¨Ç¨BÆJ¦Ó¾É¦Ü¦UºØ¬ÛÃö°ÝÃDªºµo¥Í¡C¥»½Òµ{¤º®e°£¤¶²ÐCell-based
IC ³]p¬yµ{¡B¼Ð·Ç¤¸¥ó®w¡BHardware Description Language µ¥·§©À¥~¡AÁÙ¥]§tLogic Simulator¡BLogic
Synthesizer¡BP&Rµ¥¹ê°ÈÆ[©À¡C½Òµ{¤¤¨Ã¦w±Æ¦³¤W¾÷¹ê§@¡A§Q¥Î¦hÓ¨ã¥Nªí©Ê¤§³]p½d¨ÒÅý¾Çû¯à§Ö³t¼ô±x¦UºØ CAD
Tool ¤§°ò¥»¾Þ§@¡C¡@ |
| ½Òµ{¤jºõ¡G |
Session 1
¡@¡@Design Flow Overview
¡@¡@Standard Cell Library
¡@¡@Labs for Session 1
Session 2
¡@¡@HDL Overview
¡@¡@Verilog Fundamentals
¡@¡@Modeling for Functional Verification
¡@¡@HDL Simulation
¡@¡@Labs for Session 2¡@
Session 3
¡@¡@HDL Synthesis Overview
¡@¡@Modeling for RTL Synthesis
¡@¡@Design Optimization
¡@¡@Labs for Session 3¡@
Session 4
¡@¡@Gate-level Simulation and Debugging
¡@¡@Automatic Physical Design
¡@¡@Post-layout Verification
¡@¡@Labs for Session 4¡@
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¾A¦Xªì¾ÇªÌ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
| |
| ½Òµ{»¡©ú¡G |
Verilog¬O¤@ºØµwÅé´yz»y¨¥¡]HDL¡^¡A¥Î¨Ó³]p¼Æ¦ì¹q¸ô¡C
Verilog-XL¬OCADENCE°w¹ïVerilog ©Òµo®i¥X¨Óªº¼ÒÀÀ³nÅé¡A
¼Æ¦ìICªº³]pªÌ¥i¥Î¥¦¨Ó°µbehavioral level,RTL level, »Pgate levelªº¼ÒÀÀ¡C
¥»½Òµ{¬OCIC¬°Verilogªì¾ÇªÌ©Ò¶}ªº°ò¦½Òµ{¡C
³o¬O¤@Ó2¤Ñªº½Òµ{¡A½Òµ{¤º®e¥Dn¬°Verilog»y¨¥ªº¥Îªk¤¶²Ð¦P®É´£¨Ñ¤W¾÷¹ê°µ¡C
|
| ½Òµ{¤jºõ¡G |
1. Getting Started¡@
2. Verilog Application¡@
3. Introduction to Cadence Simulator¡@
4. Sample Design¡@
5. Lexical Conventions in Verilog
6. Data Types and Logical System¡@
7. Structural Modeling¡@
8. Modeling Delay¡@
9. Using Compiler Controls¡@
10. Verilog Operators¡@
11. Behavioral Modeling
12. Support for Verification¡@
13. Verilog Test Bench¡@
14. Modeling Memory
15. High-level Constructs in Verilog
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¨ã¦³¼Æ¦ì¹q¸ô³]p·§©À¡C¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
¡@¡@   |
|
| |
| ½Òµ{»¡©ú¡G |
VHDL¬°°£¤FVerilog¥~¡A¥t¤@¬°µwÅé³]p®v©Ò¼sªx±Ä¥ÎªºµwÅé´yz»y¨¥¡C¬°¬ü°ê°ê¨¾³¡(DOD)p¹º©Ò¨î©w¤§¼Ð·ÇHDL¡C¾A¦X¥Î¨Ó´yz¤j«¬¼Æ¦ì¹q¸ô¨t²Î¡C½Òµ{¤º®e¥DnÁ¿zµ{¦¡¬[ºc¡Bµ{¦¡»y¨¥»yªk¡B¹q¸ô¦X¦¨¤§¨î¡B¤Î±`¨£¤§¼Æ¦ì¹q¸ôµ{¦¡¡C
¥»½Òµ{±Ä¥ÎSynopsys¤½¥qªºVSS VHDL Simulator§@¬°¼ÒÀÀ¤u¨ã¡C¡@ |
| ½Òµ{¤jºõ¡G |
1. VHDLµ{¦¡»yªk¤Î¬[ºc¡@
2. Synthesis³nÅ骺¨î¡@
3. ±`¨£¹q¸ô³]p¤è¦¡¡@
4. RTL, Gate Level Simulation¡@
5. CIC³nÅé³]p¬yµ{¡@
6. VSS simulator³nÅé¨Ï¥Î¡@ ¡@
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¼Æ¦ì³]p¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A105)
Logic Synthesis with Design Compiler¡@¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{°t¦XCIC¤§Cell-Based Design Flow¡A¤¶²ÐÅÞ¿è¹q¸ô¦X¦¨ªº°ò¥»ª¾ÃѤΦp¦ó¥ÎHDL¼¶¼g¦³®Ä²v¥i¦X¦¨¤§¹q¸ô¡A¨Ã¥HSynopsys
¬°¹ê²ß¤u¨ã¡A°t¦X Artisan umc 0.18um 1P6M Cell Library ¾É¤Þ¾Çû¦p¦ó±N¦Û¤vªºVerilog©ÎVHDL³]p¡A®Ú¾Ú¹q¸ôÀô¹Ò±ø¥ó¤Î©Ò»Ý¤§³t«×¡B±¿n¤Î¥\²v¡A¶i¦æ¹q¸ô¦X¦¨³Ì¨Î¤Æ¡C³Ì«á¡A·|¨Ì¾Ú¦X¦¨«á©Ò²£¥Íªº³ø§i¡B¤ÀªR¤Î°Q½×¹q¸ô¦X¦¨¤§µ²ªG¡A°w¹ï¤£²Ån¨D¤§³B´M¨D¸Ñ¨M¤èªk¡C¦¹¬°Cell-basedµwÅé³]pªÌ«ØÄ³×²ß¤§½Òµ{¡C
³o¤G¤Ñªº½Òµ{³£¦³¥]§t¹êÅç¡AÅý¾Çû¦b¤W§¹½Ò¤§«á¡A¥ß¨è¤W¾÷¾Þ§@³nÅé¤u¨ã¡A¥H¹F¨ì§ó¨Îªº¾Ç²ß®ÄªG¡C
ª`·N¨Æ¶µ:
¥Ñ©ó³o¦¸½Òµ{(2004.07)¤º®e¼W¥[¤£¤ÖSTAªºÆ[©À¡A±Ä¥Î·sªºGUI¤¶±Design Vision§@±Ð¾Ç(¦]¬°·sª©Synopsys
2003.12³nÅ骺Design Analyzer¤w¸g³QSynopsys®³±¼)¡A¨Ã±Ätcl mode±Ð¾Ç¡A¦¹¥~¡AÁ¿¸qÀɮפ£´£¨Ñ¤U¸ü¡A±j¯P«ØÄ³×½Ò¦P¾Ç¤@©wnÁʶRÁ¿¸q¡A¥H¤è«KÅ¥½Ò¡A§@µ§°O¡C |
| ½Òµ{¤jºõ¡G |
1.Introduction to Logic Synthesis
¡@ a. Introduction
¡@ b. Design Object
¡@ c. TCL (Tool Command Language)
¡@ d. Static Timing Analysis (STA)
¡@ e. Synthesis GUI - Design Vision
2.HDL Coding For Synthesis
¡@ a. Synthesizable Verilog HDL
¡@ b. Some tricks in Verilog HDL
¡@ c. DesignWare Library
3.Design Constraint
¡@ a. Setting Design Environment
¡@ b. Setting Design Constraint
4.Design Optimization
¡@ a. Compile the Design
¡@ b. Memory Generator (Artisan)
5. Synthesis Report and Analysis
6. Advanced Chip Synthesis (DC-Ultra)
¡@a. Problem and Analysis
¡@b. Register Retiming
¡@c. Pipeline Design
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¾A¦Xlogic synthesis ¤§ªì¾ÇªÌ(
»ÝVerilog©ÎVHDL °ò¦¡^¡C¡@ 
|
|
(A107)
HDL Debugging with Debussy¡@¡@ ¡@ |
| ½Òµ{»¡©ú¡G |
¦b¨Ï¥Î Hardware Description
Language (¦p Verilog or VHDL) ¶i¦æ¿nÅé¹q¸ô³]pªº¹Lµ{·í¤¤, Y¯àµ½¥Î°£¿ù¤u¨ã(debugging tools),
±N¥i¤j´TÁYµu³]p®Éµ{¨Ã´£°ª³]p«~½è,¥»½Òµ{¤¶²Ð¦p¦ó§Q¥Î Debussy ³oÓ°£¿ù¤u¨ã¨Ó¨ó§U¶i¦æHDL-based IC design¡C¡@ |
| ½Òµ{¤jºõ¡G |
1. Overview¡@
2. Source Code Analysis Tool - nTrace¡@
3. Waveform Analysis Tool - nWave¡@
4. Schematic Generator - nSchema¡@
5. Finite State Machine Analysis Tool - nState¡@
6. Interaction Between Four Components¡@
7. Mixed-Level Debugging¡@
8. Interactive Simulation Control¡@
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
¡@¡@   |
|
(A108)
ARM Processor Design Kit¡@ ¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²Ð´¹¤ù¤¤¤ß©Ò¤Þ¶iªºARM922T³B²z¾¹¥H¤Î³nÅéµo®i¨t²Î¡A·f°t
AMBAªºon-chip bus´£¨Ñ¤FSoCµo®i»PÅçÃÒÀô¹Ò¥¥x¡A¥t¥~¤¶²ÐARM©Ò´£¨ÑªºExample of ARM SYstem
(EASY)¡A¥i¥HÅý¨Ï¥ÎªÌ§Q¥Î¦¹³]p½d¨Ò¡A§Ö³tªº«ØºcARM-basedªºSoC³]p¡C |
| ½Òµ{¤jºõ¡G |
1. Overview of ARM CPUs
2. ARM Instruction Set
3. Introduction to AMBA on-chip bus
4. Example of ARM SYstem (EASY)
5. Labs
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
pºâ¾÷¬[ºc,»P¤F¸ÑIC³]p¬yµ{.¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  |
|
(A109)
Integrated System Design Using ADS-DSP Design |
| ½Òµ{»¡©ú¡G |
ADS¦b³q°T»PDSP¨t²Îªº¬[ºc¡B³]p»PÅçÃÒ¤W¡A¸g¥ÑPtolemy
Simulatorªº¨t²Î¼h¯Å³]pÀô¹Ò¡A¥i¥H»PADS-RF³]pÀô¹Ò°µ²V©M°T¸¹¡BÃþ¤ñ»P®gÀW¨t²Îªº¤¬°Ê¼ÒÀÀ¡A¦Ó±o¨ì¥\¯à»P®Ä¯à¤WªºÅçÃÒ¡F¥t¥~ÁÙ¯à©MHDL³nÅé(¦pNC-Verilog©ÎModelsim)¡BMatlab¡BC¡BTIªºCode
Composer Studiol°µ¦@¦P¼ÒÀÀ¡A¥[¤WÂ×´Iªº¤¸¥ó¡BÀ³¥Î¼Ò«¬library¤Î¶q´ú¡BÅçÃÒ»ö¾¹¶¡ªº³sµ²¥\¯à¡A±N¯à¼W¥[¹q¸ô»P¨t²Î³]pªº¤è«K©Ê¡B³t«×»Pºë½T©Ê¡AADS¬O¥Ø«e³Ì§¹¾ãªº³q°T¨t²Î¤ÀªR¥¥x¡C |
| ½Òµ{¤jºõ¡G |
¡E ¾Ç²ßADS Ptolemyªº°ò¦¾Þ§@ì²z»P§Þ¥©¡A«Ø¥ßSchematic¼ÒÀÀ¬yµ{
¡E ¾Ç²ß¨Ï¥ÎComponent Library¡A§Ö³tªº³]p»PÅçÃÒ°òÀW¡BDSP©Î¼Æ¦ì¨t²Îªººtºâªk©M¬[ºc
¡E ¾Ç²ß§Q¥Îø¹Ï¤¸¥ó©M¤èµ{¦¡¨ÓÆ[¹î¼ÒÀÀµ²ªG
¡E ¾Ç²ß«Ø¥ß16 QAM¶Ç°e»P±µ¦¬³q°T¨t²Î
¡E ¾Ç²ß³]p¼Æ¦ìÂoªi¾¹
¡E ¾Ç²ßADS-DSP»PADS-RF¤ÎMatlab Simulator ªºCo-simulation
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¥»½Òµ{¾A¦Xײ߹L³q°T¨t²Î¡B¼Æ¦ì«H¸¹³B²zªº¾Çû¡@¡@¡@¡@¡@  |
|
(A110)
HW/SW Co-Verification with Seamless CVE |
| ½Òµ{»¡©ú¡G |
¡@Seamless´£¨Ñ°ª®Ä¯à©M°ª·Ç½T©Êªº³nµwÅéµêÀÀ¥¥x²V¦XÅçÃÒ¡A¯à°§C¾ã¦X©Ê¿ù»~ªº·ÀI¨Ã¥[§Ö²£«~¤W¥«ªº³t«×¡A¨CÓSeamless³B²z¾¹¼Ò²Õ¥]§t¤@Ó«ü¥O¶°¼ÒÀÀ¾¹¡A¯à°÷°õ¦æ²Õ¦X»y¨¥½X©M°£¿ù,¨Ã´£¨Ñ³B²z¾¹¤¤ªº¼È¦s¾¹ÂO¶°©Ò¦³ªº±±¨î©MÆ[¹î¡ASeamless¨Ã¦³°O¾ÐÅé³Ì¨Î¤Æ§Þ³Nªº±M§Q¡A³oÓ§Þ³N¦b´O¤J¦¡³nÅ骺°õ¦æ¤W´£¨Ñ¥O¤HÅåÆvªº³t«×¤Wªº´£ª@¡A¨Ã¨ÏÅÞ¿è¼ÒÀÀ¾¹¦³¸Ô²Ó¤ÀªR©M°£¿ùªº¥\¯à¡A°t¦X³o¨Ç¯S©ÊSeamless¥i±N³æ´¹¤ù¨t²Îªº´ú¸Õ±qµwÅéÂú«¬¨t²ÎÂà´«¨ìµêÀÀªºÂú«¬¨t²Î¡A¦]¦¹¥i»´©öªº§ó§ï³nµwÅé¼Ò²Õ¡A¦b§ë¤JµwÅé«e´N¯à½T«O³nµwÅ餶±ªº·Ç½T©Ê¡A¤j´TªºÁYµu¤F³]pªº®Éµ{¡C |
| ½Òµ{¤jºõ¡G |
1¡B Introduction to
Co-Verification
2¡B Design Configuration
3¡B Optimization
4¡B Debugging Design Errors
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¨ãHardware¡BSoftware co-design¤ÎSoC³]p°ò¥»·§©ÀªÌ¡@¡@¡@¡@
  |
|
(A111)
Tensilica Processor IP Design Kit |
| ½Òµ{»¡©ú¡G |
¡@¡@Tensilica Configurable Processor IP ¬°¬ü°êTensilica¤½¥q©Ò¶}µoªº¥i²ÕºA¤ÆCPU¦Û°Ê²£¥Í³nÅé¡Bµo®i³nÅéÀô¹Ò»P¥é¯u¨t²Î¡C
¡@¡@ ¥ÑTensilica¤½¥q´£¨Ñªº¤@Ó¥i²ÕºA¤Æ(Configurable)ªº¤º´O¦¡·L³B²z¾¹¡A§ÚÌ¥i¥H¥Î¨Ó·í§@³æ´¹¤ù¨t²Î±±¨î¾¹©Î§@¬°¼Æ¦ì°T¸¹³B²zªº³B²z¾¹¡A°t¦X¸Ó¤½¥q©Ò´£¨Ñªº³nÅéµo®iÀô¹Ò(ISS¡BXCC
Compiler)©M«ü¥O¶°ÂX¥R½s;¹(TIE Compiler)¡A¥B¥i³z¹L¥é¯uµwÅé¼Ò²Õ(XT2000 Board)¨Ó§@¬°ªì¨Bªº¯u«~Âú«¬Åçµý¡A¥i¤j¤jªºÁYµu³]pªº®É¶¡¤Î¥i¦b´¹¤ù¤U½u«e¦³®ÄÂo°£³y¦¨´¹¤ù¦¨«~¥¢±Ñ¤§¦]¤l¡A¨ÏSoC³]p¦¨¥\²v¤j¬°´£°ª¡C
¡@¡@ ½Òµ{©ó²z½×¤è±¤Á¤J¡Aº¥ý¤¶²ÐTensilicaªºProcessor -XtensaªºµwÅé¬[ºc¡A¥]§t¦³¨ä¯S¦³«ü¥O¶°¡A°O¾ÐÅé¬[ºc,
±±¨î¬É±µ¥¡C±µÄò¬°¤W¾÷¾Þ§@¡A¥Ñ²L¦Ü²`¡A¥ýÅý¨Ï¥ÎªÌ¤F¸Ñ¨ì¬ÛÃö³nÅ骺¨Ï¥Î¤èªk¡A¥]§tºô¸ô¤WConfig©Ò»Ý³B²z¾¹¬[ºc¡A¤F¸Ñ¦p¦ó¨Ï¥ÎTensilica
C compiler (XCC), Simulator (ISS), ¤ÎDebugger(XT-ddd) µ¥³nÅé¡C
¡@¡@ ¶i¦Ó²`¤J¦Ü¨Ï¥ÎTie compiler¨Ó´£ª@¾ãÅé³B²z®Ä¯à, ¥]§t¦³¦Û³Ð·sTie«ü¥OªºOP code»Pregister½Õ°t¡ATie
Register Fileªº¼gªk¡A¤Î¦bC¤¤©I¥s·sªºTie«ü¥Oµ¥¡C¸Ô²Ó¤F¸Ñ«á¡A¥²¯à§Ö³t¦a¶}µo¤@Ó·s³]pÀ³¥Î¡A¨Ã¨Ï³æ´¹¤ù¨t²Îªº¬ã¨s©M¹ê²{§ó¬°¥i¦æ¡C
|
| ½Òµ{¤jºõ¡G |
1. Tensilica Xtensa
RISC processor Architecture
2. Software Tools
3. Labs on Software Basics
4. Xtensa Interface
5. Tensilica's Processor Generator
6. Tensilica Instruction Extension (TIE) Language
7. Labs on TIE Basics
8. Labs on Advanced TIE
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¹ïpºâ¾÷µ²ºc¦³¤@©wµ{«×¤F¸ÑªÌ.¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@   |
|
(A112)
Integrated System Design Using CoCentric System Studio |
| ½Òµ{»¡©ú¡G |
System Studio is a SystemC
simulator and specification environment for the joint verification
and analysis of algorithmic, architectural, hardware and software
models at multiple levels of abstraction. Based on C/C++, SystemC
is the standard design and verification language that spans the
full development path from concept engineering to implementation
in hardware and software.
|
| ½Òµ{¤jºõ¡G |
*Algorithmic Design
with CoCentric System Studio
Ć. Introduction to CoCentric System Studio-Algorithmic Design
Ć. Data Flow Graphs
Ć. Primitive Models
Ć. Control Models
*Architecture Design with CoCentric System Studio
Ć. SystemC Language Review
Ć. Introduction to Architectural Design
Ć. Hierarchical SystemC
Ć. SystemC Primitive Models
Ć. Architectural Exploration
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ |
¥»½Òµ{¾A¦X¹ïSystemC»y¨¥¡BSystem Level IC Design»PHardware/
Software Co-design¦³¬ã¨s¿³½ìªº¾Çû¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@ ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  |
|
(A201)
Cell-Based IC Physucal Design and Verification with SOC Encounter |
| ½Òµ{»¡©ú¡G |
¡@¥»½Òµ{ªº¥Øªº¥Dn¬O°w¹ïCell-Based
IC³]pªÌ¤¶²Ð¦p¦ó±N¤@Ó gate levelªº¹q¸ô¹ê»Ú»s§@¦¨´¹¤ù¡C ¦pªG§Aè§¹¦¨ gate level ¹q¸ô¤§»s§@¥H¤Î¼ÒÀÀ¡A¦ý¬O«o¤£ª¾¦p¦ó±N§Aªº¹q¸ô»s§@¦¨´¹¤ùªº¸Ü¡A¨º»ò³oªù½Òµ{¥i¥HÀ°§U§A§¹¦¨§Aªº¤u§@¡C
|
| ½Òµ{¤jºõ¡G |
Day 1¡G
¡@¡@* Cell-Based Design Flow Overview
¡@¡@* System Startup
¡@¡@* Prepareing Data
¡@¡@* Floorplan
¡@¡@* Powerplan
¡@¡@* Placement
¡@¡@* Clock Tree Generate
Day 2¡G
¡@¡@* nanoRouter
¡@¡@* Prepare for Post-Layout Verification
¡@¡@* Design Rule Check
¡@¡@* Layout versus Schematic
¡@¡@* Post-Layout Timing Analysis
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1. Cell-Based IC Design kit
2. Verilog or VHDL
3. Logic Synthesis Design Kit ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  |
|
(A202)
Cell-Based IC Physical Design and Verification with Astro |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{ªº¥Øªº¥Dn¬O¤¶²Ð¦p¦ó±N¤@Ógate
levelªº¹q¸ô¥HApollo°µP&R¨Ó¹ê»Ú»s§@¦¨´¹¤ù¡C¦pªG§Aè§¹¦¨gatelevel¹q¸ô¤§»s§@¥H¤Î¼ÒÀÀ¡A¦ý¬O«o¤£ª¾¦p¦ó±N§Aªº¹q¸ô»s§@¦¨´¹¤ùªº¸Ü¡A¨º»ò³oªù½Òµ{¥i¥HÀ°§U§A§¹¦¨§Aªº¤u§@¡C¦b¤T¤Ñªº½Òµ{¤¤¡A§A±N·|ÂǵÛStep-By-StepªºÁ¿¸Ñ¤Î¹êÅç¼ô±x¤U¦C¦U¶µ¡G¡@ |
| ½Òµ{¤jºõ¡G |
1.Milkyway common database¡C¡@
2.±NSynopsys¦X¦¨«áªºgate level¹q¸ôÂà´«¦¨Milkyway database¡C
3.§Q¥ÎApollo³]p´¹¤ùªºfloor plan¡C¡@
4.§Q¥ÎApollo°µ´¹¤ùªºplacement and routing¡C¡@
5.§Q¥ÎApollo°µÂ²³æªºDRC/ERC/LVS verification¡C¡@
6.Clock tree synthesis¡C¡@
7.Dracula DRC verification¤ÎTimemill post layout simulation¡C
8.¥HAvant! 0.35 cell library¬°°ò¦ªºCIC design flow¡C¡@
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1. Cell-Based IC Design
kit
2. Verilog or VHDL
3. Logic Synthesis Design Kit¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  
|
|
(A203)
Cell-Based IC Physical Design with Magma Blast series¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{ªº¥Øªº¥Dn¬O¤¶²Ð¦p¦ó±N¤@ÓRegister
Transfer levelªº¹q¸ô¥HMagma°µ¦X¦¨»PP&R§¹¦¨´¹¤ùªº³]p¡C³oÓ³nÅ骽±µÅª¤JRTL¥H¤Î®É§Çªº¨î±ø¥ó¡A¸g¹LMagmaªºfloorplanning,
physical optimization, clock routing, »Pdetail routing ¤§«á¡A«K¥i¥H±o¨ì¹êÅ骺layout¤§³]p¬yµ{¡C |
| ½Òµ{¤jºõ¡G |
1.Àô¹Ò³]©w»PCell library·Ç³Æ¡C
¡@
2.³]p¸ê®Æªº³]©w»P·Ç³Æ¡C
3.´¹¤ùªºfloorplanning»Ppower plan¤§³]p¡C¡@
4.¹êÅé³Ì¨Î¤Æ¤§¤¶²Ð»PÀ³¥Î¡C¡@
5.Clock¹ê²{¤§¦Ò¶q¡C¡@
6.Detail Routing¤§¹ê²{¡C¡@
7.¹êÅéÅçÃÒ¤èªk¡C
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1. Cell-Based IC Design kit
2. Verilog or VHDL
3. Logic Synthesis Design Kit ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  |
|
(A204)
Post-Layout Simulation Verification with Nanosim¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²Ð¦p¦ó¨Ï¥ÎNanosim¨Ó§Ö³t§¹¦¨¹q¸ô¼ÒÀÀ¡AµL½×¬Ofull-custom©Îcell-based¹q¸ô³]p§¡¥i¥H¨Ï¥Î¡CNanosim¬OSynopsys¤½¥q©Òµo®i¥X¨Óªº¤@®M°w¹ï²V¦X°T¸¹¹q¸ô
transistor-level¼ÒÀÀ»PÅçÃÒ³nÅé¡A¾ã¦XTimemill / Powermill¥\¯à¡A¨Ã±µ¨ü¦¹¨âÓ³nÅé¬Û¦P¹q¸ô®æ¦¡¡A¨ä¼ÒÀÀ³t«×¤ñSpice§Ö¼Æ¿¡F³z¹LHierarchical
Reduction Algorithm (HAR)¡A¥i¥H§Ö³t¼ÒÀÀ¸û¤j°O¾ÐÅé»PSOC³]p¡F¨Ã´£¨ÑGUI¤è«K¨Ï¥ÎªÌ§Ö³t§¹¦¨¹q¸ô¼ÒÀÀ¡A¥i»PVCS·f°t§¹¦¨HDL»PSpice¦@¦P¼ÒÀÀ¡C |
| ½Òµ{¤jºõ¡G |
1. Introduction
2. Simulation Algorithms
3. Simulation Modes
4. Interactive Mode Debug
5. Ease of Use Commands
6. Additional Features
7. Functional Vector Comparison Checking
8. Dynamic Timing Checks
9. X Propagation
10. Power Features
11. Power Diagnostics
12. Power Budgeting
13. Queue system for Nanosim in CIC
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  
|
|
| (A205) Mixed-Signal
IC Design Kit¡@ |
| ½Òµ{»¡©ú¡G |
¦b¥»¶µ½Òµ{¤¤¡A¥HCIC ©Ò´£¨Ñ¤§³nÅ鬰°ò¦¡A²¤¶²{¦³Àô¹Ò¤¤¦p¦ó¶i¦æ²V¦X«H¸¹¹q¸ô¤§¼ÒÀÀ¡B¾ã¦X¤Î¨ä©Ò»Ý¬ÛÃöÀô¹Ò³]©w¡C±Â½Ò¤º®e¥]¬ALAB½m²ß¡C |
| ½Òµ{¤jºõ¡G |
1. Mixed-signal pre-layout simulation with AMS Designer
2. Mixed-signal layout integration with SOC Encounter
3. Mixed-signal post-layout verification with Calibre and Nanosim
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
»Ý¥ýפU¦C½Òµ{¨Ã¹ïfull-custom
flow ¤Îcell-based flow ¦³°ò¥»¤F¸Ñ¡C
1. Full-Custom IC Design kit (for WS)
2. Cell-Based IC Physical Design (for SoC Encounter)
3. Post-Layout Simulation and Analysis with Nanosim¡@¡@¡@¡@¡@ 
|
|
(A305)
SoPC design with ARM¡@ |
| ½Òµ{»¡©ú¡G |
¡@¡@Alteraªñ¦~¨Ó¦bPLD´¹¤ù¤§¹h¼Æ¶q©M¶½u§Þ³N¤W§ïµ½¨}¦h¡A¤£¶È©ó´¹¤ù¤º«ØµwÅ骺DSP¼Ò²Õ¡B°ª®e¶qªº°O¾ÐÅé°Ï¶ô¥~¡A§ó¬°¦]À³´¹¤ù¨t²Î(System
On a Chip¡ASoC)ªº¥i¦æ©Ê¤éÁͦ¨¼ô¡A¦Óµo®i¥X³\¦hSoC¬[ºcªºMPU©PÃä¡A¬Æ±N32¦ì¤¸ªºARM922T ·L³B²z¾¹(Micro
Processor Unit,MCU)ª½±µ´O¤JPLD´¹¤ù¤º³¡¡C
¡@¡@Excalibur ARM§Y¬OAltera¤½¥qªº¥iµ{¦¡´O¤J¦¡·L³B²z¾¹ÅÞ¿è²£«~¡A¨ã¦³¥\²vºÞ²z¡B¨t²Î¥i°t¸m©Ê©MÆF¬¡©Êµ¥¯SÂI¡C±qª«²zµ²ºc¤è±¨Ó¬Ý¡A³æÓExcalibur¤¸¥ó¤W¥]§t¤FAHBªº¦h«¶×¬y±Æµ²ºc¡B¥i«½Æ°t¸mªº°O¾ÐÅé¬M®g(memory
mapping)¡B³æ°ðRAM¡BÂù°ðRAM¡B30¸U¹hªº¼Ð·Ç³æ¤¸°Ï°ì¡B´O¤J¦¡·L³B²z¾¹IP®Ö¤ß©M¦Ê¸U¹hªºAPEX 20KE PLD¡A´¹¤ù¤Wªº¹q´¹ÅéÁ`¼Æ¹F¨ì¤F8¤d¦h¸U¡A¹ï©óSoCªº¨t²Î¶}µo¤W¡A¬O¬Û·í¦³§Qªº¤@¶µÅçÃÒ¥¥x¡C¡C¦]¦¹¥»½Òµ{±N¤¶²ÐAltera¤§°ò©óARM922T´O¤J¦¡·L³B²z¾¹¤¸¥ó¬[ºc¡B³]p¬yµ{µ¥¡K¡A¥H´Á¨Ï¥ÎªÌ±o¥H§Ö³tªº«ØºcARM-basedªºSoC³]p¡C
|
| ½Òµ{¤jºõ¡G |
*AlteraR
Devices & Altera Design Software Overview
*Embedded Stripe & QuartusR II Features
*AMBA AHB Bus Architecture
*Embedded SoPC ARM Design Flow
*Embedded Stripe Model
*Configuration Methods
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
pºâ¾÷µ²ºc¡FCIC ARM Design
Kit°V½m½Òµ{¡@¡@¡@¡@¡@¡@¡@¡@   |
|
(A306)
FPGA Desgin with Quartus II¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²ÐAltera¤½¥q©Ò´£¨ÑªºQuartus
II³nÅ骺°ò¥»³]p¬yµ{¡A
¥H¤Î³¡¤À¹ê¥Îªº¯S®í¥\¯à¥Îªk¡CQuartus IIªº¥\¯à«D±`ªº¦h¡A¥»½Òµ{
ªº«ÂI¦b©óQuartus IIªº°ò¥»¨Ï¥Î¤èªk¡C |
| ½Òµ{¤jºõ¡G |
1. Introduction to
Altera and Altera Device
2. Essential Quartus II Flow
3. Advanced Topics
4. Other Features |
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¤j¾ÇLogic Design½Òµ{ ¡@ ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
¡@   |
|
(A307)
FPGA Synthesizer with Synplicity¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²ÐSynplicity¤½¥q©Ò´£¨ÑªºFPGA¦X¦¨¾¹Synplify
Proªº
¨Ï¥Î¤èªk¡C
|
| ½Òµ{¤jºõ¡G |
1. Introduction
2. Implementation Options and Contraints
3. Result Analysis
4. Directives and Attributes
5. Optimizations
6. Other Features
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
¤j¾ÇLogic Design½Òµ{¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@   |
|
(A308)
FPGA Design with ISE Foundation¡@¡@ |
| ½Òµ{»¡©ú¡G |
ISE³nÅé¤D¬°Xilinx ¤½¥q·s¤@¥Nªº³]p³nÅé¡A¨ä¶}µoªº¥Dnì¦]¤D¬O¬°¤ä´©·s¤@¥Nªº¤¸¥ó
Virtex-E/Spartan II¡A¦]·s¤@¥Nªº¤¸¥ó¬[ºc»P¥ý«e©Ò¶}µo¤§¤¸¥ó¬[ºc¦³·¥¤jªº¤£¦P¡A¥H¤Î¦]À³high gate count
²£«~ªº½ÆÂø«×¼W°ªµ¥¬D¾Ô¡AXilinx ±À¥X·s¤@¥Nªº³]p³nÅé - ISE¡A¥»¤¤¤ß¬°´£¨Ñ¾Ç®Õ»P·~¬É¦P¨Bªº¦yºÝ³]p³nÅé¡A¤w±NISE¯Ç¤J¤ä´©½d³ò¡A±q¤E¤Q¤@¦~´»°²°_¶}³]¬ÛÃö°V½m½Òµ{¨Ñ¾Ç¥Í°Ñ¥[¥HÁA¸Ñ·s¤@¥N³]p³nÅ骺³]pÀô¹Ò»P¬yµ{¡C |
| ½Òµ{¤jºõ¡G |
Day 1
¡@* Overview: FPGA Concepts
¡@* Basic FPGA Architecture
¡@* ISE Design Flow
¡@* ECS
¡@* StateCAD & HDL Bencher
¡@* PACE
Day 2
¡@* Generic HDL Coding Styles
¡@* FPGA Synthesis
¡@* ISE Implementation
¡@* Timing Constraints
¡@* Report
¡@* FPGA Simulation
¡@* FPGA Configuration
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@ ¡@  |
|
(A309)
Rapid Prototyping with System Explorer |
| ½Òµ{»¡©ú¡G |
This "Rapid Prototyping
with System Explorer" training course will give the students
an introduction the concept of Aptix
System Explorer, MVP Co-verification and the knowledge to speedy
use Aptix
verification methodology, especially for multi-million SoC/IP prototyping
design.
|
| ½Òµ{¤jºõ¡G |
1. Aptix System Explorer: Concept
2. Aptix System Explorer: MP4CF
3. Aptix System Explorer: Design Flow
¡@. Logic Partitioning - Design Pilot
¡@. Physical Mapping- Explorer
4. Simulation Acceleration-MVP
5. Debugging your design with Logic Analyzer
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1. FPGA Design with Xilinx or Altera, FPGA
Sythesis with Synplicity, Cell-based Design Concept¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@  |
|
(A403)
Design for Testability Design with DFT Compiler and TetraMax¡@ |
| ½Òµ{»¡©ú¡G |
ÀHµÛ³]p»P»sµ{§Þ³Nªº¶i¨B¡Amulitmillion-gateªº³]p¤w¸g¬O¥|³B¥i¨£¤F¡F¦ý¬O¦p¦ó´ú¸Õ³oÓ½ÆÂøªºIC«o¬OÅܱo¬Û·íªº§x
Ãø¡C¥»½Òµ{¥Dn¬O¤¶²Ð¦p¦ó³]p¤@Ó¥i´ú¸ÕªºIC¡A¨Ã¥B²£¥Í°ª«~½èªº´ú¸Õ¼Ë¥»¡C¬°¤FÅý°Ñ¥[ªº¾Çû¯à¦³¦¬Ã¬¡A°Ñ¥[ªº¾Çûn¥ý¼ô±xSynopsysªºDesignCompiler¡A¦pªG¤F¸ÑTesting¬ÛÃöª¾ÃѨº´N§ó¦n
|
| ½Òµ{¤jºõ¡G |
1. Testing¬ÛÃöª¾ÃѤ¶²Ð¡F¡@
2. Scan Synthesis and ATPG Flow¡F¡@
3. Scan Synthesis: Step by Step¡F¡@
4. Case Study¡F¡@
5. TetraMAX and DC XP¡F¡@
6. TetraMAX Flow¡F¡@
7. ATPG and Fault Coverage¡F¡@
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
Logic Synthesis Design
Kit¡]Synopsys¡^©Î¬O¼ô±x Design Compiler¡@   |
|
(A404)
Design for Testability with TurboScan¡@¡@¡@¡@ |
| ½Òµ{»¡©ú¡G |
ÀHµÛ¿nÅé¹q¸ô»sµ{§Þ³Nªº¶i¨B¡A´¹¤ù©Ò¯à®e¯Çªº¹q´¹Å鼯¶q»P¤éѼW¡A¦ñÀH¦Ó¨Óªº«K¬O³]p½ÆÂø«×«æÁؼW¥[¡A¥H¤Î´¹¤ù³]p»P´ú¸Õ¦¨¥»ªº¤j´T´£¤É¡C¥»½Òµ{±N¤¶²Ð¦p¦ó§Q¥ÎDFT³]p¤u¨ã¡A¨Ó´£°ª©Ò³]pIC¤§¥i´ú¸Õ©Ê¡C½Òµ{¤º®e°£¤F¥]§tDFT³]p¤u¨ã¨Ï¥Î¤¶²Ð¤§¥~¡AÁÙ·|Á¿zTestingªº°ò¥»·§©À»P¶i¦æDFT¤§«á©Ò±a¨Óªº¼vÅT¡C
|
| ½Òµ{¤jºõ¡G |
1. Testing¬ÛÃöª¾ÃѤ¶²Ð
2. Turbo-BIST-Memory----¤¶²Ð¦p¦ó²£¥ÍMemory BIST¹q¸ô
3. Turbo-Check-RTL----¤¶²Ð¦p¦ó¶i¦æRTL³]p·Ç«hÀˬd
4. Turbo-Scan ----¤¶²Ð¦p¦ó¶i¦æScan Insertion»PATPG
5. Turbo-Fault ----¤¶²Ð¦p¦ó¶i¦æFault Simulation
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1.Cell-Based IC Design
Concepts¡@
2.Logic Synthesis with Design Compiler¡@¡@ ¡@¡@¡@¡@ ¡@¡@¡@¡@¡@¡@   |
|
(A406)
RF Measurement
¡@¡@ |
| ½Òµ{»¡©ú¡G |
¥Dn¤¶²ÐRF´ú¸Õ¨t²Îªº¤¸¥ó¡Bºô¸ô¤ÀªR»ö¡BÀWÃФÀªR»ö¡BÂø°T«ü¼Æ¤À»öµ¥»ö¾¹ªº¾Þ§@¤è¦¡¤Î²z½×¡A¦Ó¤º®e¥Dn¥]§t»ö¾¹®Õ¥¿¡B¥D/³Q°Ê¤¸¥ó¡BLNA¡BMixer¹q¸ô¶q´ú¤è¦¡¡A´yz¦p¦ó§Q³o¨Ç»ö¾¹¨Ó°µon-wafer¶q´ú¡A¨Ã±´°Q¦b°µRF¹q¸ô¶q´ú®É¡A©Ò·|¾D¹Jªº°ÝÃD¤ÎÀ³ª`·N¨Æ¶µ¡C |
| ½Òµ{¤jºõ¡G |
1¡BThe Required Component of RF Test
2¡BInstrument Calibration
3¡BVector Network Analyzer
4¡BSpectrum Analyzer
5¡BNoise Figure Analyze
|
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
1. ¥H¦bCIC¤U½u»s§@´¹¤ùªÌÀu¥ý
2. ¥¼¤W¦¹½Òµ{ªÌ©Î¤£·|¾Þ§@¨Ï¥Î Wiltron VNAªÌ¡A¤£±oÉ¥ÎWiltron VNA¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
¡@ 
|
|
| |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{¥Î¨Ó¤¶²Ð Ansoft¤½¥qSerenade³nÅ骺¹q¸ô³]p³¡¥÷--
Harmonica¡CHarmonica ¬° PCª©¨Ï¥Î³nÅé¡C½Ò µ{¤¤±N¤¶²Ð¦p¦ó§Q¥Î Schematic Editor ¨Ó½s¿è¹q¸ô¤Î§Q¥Î¦UºØtool
©M simulator¨Ó³]p½u©Ê¤Î«D½u©Ê°ªÀW¹q¸ô¡C ¥»½Òµ{±N¹ï Harmonica ªº¾Þ§@¤¶±¤Î function block
°µ¸Ô²Ó¸Ñ»¡,¨Ã¥B´£¨Ñ´XÓ³]p½d¨Ò,Åý¾Ç¥Í¯à°÷¤W¾÷¹ê§@¡C¡@ |
| ½Òµ{¤jºõ¡G |
1. Introduction¡@
2. Hierarchical Schematics¡@
3. Low Noise Amplifier¡@
4. Oscillator¡@
5. Single Balanced Mixer¡@
6. Double Down Conversion Communications Receiver¡@
|
| |
¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@
  |
|
(A506)
Design of RF CMOS IC |
| ½Òµ{»¡©ú¡G |
³oªù½Òµ{¤¶²Ð±`¨£©ó®gÀW¦¬µo°Ï¶ô¤¤ªº°ªÀW¾Þ§@¹q¸ô¡A¦pLNA ,Mixer, VCO
and PAµ¥¡A¤F¸Ñ¤£¦Pªº¹q¸ô«¬ºA¡A¹ï©ón¨D³W®æ¤Wªº¨î¡A¨ÃÂǥѲz½×ªº±À¾É¡A¤F¸Ñ¿ï¾Ü¤¸¥ó¤WªºÁͶթM¼vÅT¡A¶i¦ÓÁYµu¥Ñ¼ÒÀÀ¹F¨ì³W®æªºn¨Dªº®É¶¡¡C |
| ½Òµ{¤jºõ¡G |
1.Low Noise Amplifier
2. Mixer
3. Voltage-Controlled Oscillator
4. Phase Locked Loop
5. Power Amplifier |
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
°ò¥»¹q¤l¾Ç¡A°ò¥»·Lªi¹q¸ô¾Ç¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@   |
|
| |
| ½Òµ{»¡©ú¡G |
¡@¡@Spectre ¬O Cadence¤½¥q¤§¼ÒÀÀ³nÅé¡ASpectreRF «h¬°
Spectre ¤§ option¡A¥Î¥H¼ÒÀÀ°ªÀW¹q¸ô°Ñ¼Æ¡A¥»¼ÒÀÀ³nÅé¬O¦b time domain¤W¶i¦æ¤ÀªR¡A¦ý¤£¦P©ó HSPICE¡ASpectreRF
¥i¥H¼ÒÀÀÀWÃФWªº°ªÀW°Ñ¼Æ¡A¥B°t¦X¤£¦P»sµ{´£¨Ñªº Cadence PDK¡A¨Ï¼ÒÀÀÀô¹Ò§ó¥[«K§Q¡C
¡@¡@¥»½Òµ{±N¤¶²Ð SpectreRF ªº¾ãÅéÀô¹Ò¡A¨ÃµÛ«©ó¹ê»Ú¾Þ§@¡AڨϾÇû¯à¦b³Ìµu®É¶¡¤º¾Ç²ß SpectreRF ªº§¹¾ã¬yµ{¡C |
| ½Òµ{¤jºõ¡G |
1. SpectreRF Overview
2. S-parameter Analysis
3. Swept DC Analysis
4. PSS
5. PAC
6. PXF
7. PNOISE
8. PDISTO
9. Oscillator & Phase Noise Analysis |
| ¥ý×½Òµ{©Î¾Çû¸ê®æ¡G |
Composer ¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@¡@   |
|
(A508)
ADS Circuit (WS)¡@ |
| ½Òµ{»¡©ú¡G |
¥»½Òµ{±N¤¶²Ð Agilent ADS³nÅ骺¹q¸ô³]p°ò¥»¼ÒÀÀ¤èªk¡C½Òµ{¤¤±N¤À§O¥H½d¨Ò»P¸Ñ»¡ªº¤è¦¡¹ïADS¤¤ªº¹q¸ô¼ÒÀÀ¤è¦¡§@¤¶²Ð¡A¥]¬Aª½¬y¡B¥æ¬y¡BS°Ñ¼Æ¡B¼ÈºA¡BHarmonic
Balance¡BCircuit Envelope»PPtolemyµ¥¡C |
| ½Òµ{¤jºõ¡G |
1. Circuit Simulation Fundamentals
2. System Simulation Fundamentals
3. DC Simulation and Circuit Modeling
4. AC Simulation and Tuning
5. S-Parameter Simulation and Optimization
6. Filters: Transient, DesignGuide, Momentum, DAC
7. Harmonic Balance Simulation
8. Circuit Envelope Simulation
9. Final Circuit / System Simulation (Ptolemy)
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¥»½Òµ{±N¤¶²Ð Agilent ADS³nÅ骺¨t²Î³]p¼ÒÀÀ³¡¥÷¡C½Òµ{¤¤±N¥H¤@ÓPI4QPSKªº³q°T¨t²Î¬°¨Ò¨Ó¤¶²Ð¦p¦ó§Q¥ÎADS³nÅé¨Ó«Ø¥ß¤@Ó³q°T¨t²Îªº³]p»P¼ÒÀÀ,¨ä¤¤¥]§t¤F¤¶²Ð¦p¦ó¨Ï¥ÎADS³nÅé¨Ó¼ÒÀÀACPR¡BBERµ¥°Ñ¼Æ¡A¥H¤Îoptimization¡Bstatistical
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1. Review of ADS Simulation Basics
Č Lab 1. Spurious Analysis (Review of ADS Basics)
2. Circuit Envelope Simulation Technique
Č Lab 2. Circuit Envelope & ACPR Analyses
3. Ptolemy Simulation Technique
¡@ Lab 3. Agilent Ptolemy Analysis
4. ADS Co-simulation (Combine Analog/RF parts and DSP parts)
Č Lab 4. Co-simulation Analysis
5. BER Simulation
Č Lab 5. BER Analysis
6. Performance Optimization
Č Lab 6. Performance Optimization
7. Yield (Statistical) Analysis
Č Lab 7. Statistical Analysis
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Momentum¬°ADS©Ò´£¨Ñªº2.5D¥±¹qºÏ¼ÒÀÀ¤ÀªR¥\¯à¡A¥i¥Î¨Ó¼ÒÀÀ³Q°Ê¹q¸ô©Î¤¸¥óªº©Ô½u©Î§G§½¶¡½¢¦X»P±H¥Í®ÄÀ³¡A©Ò¤ÀªR¤§³Q°Ê¹q¸ôS¡BY¡BZ°Ñ¼Æµ²ªG¥iª½±µ¨Ï¥Î©ó¹q¸ô¤ÀªR¤¤¡A¶i¦æ¹q¸ô³]p»PÅçÃÒ¡C¦bMomentum¹qºÏ¤ÀªR¥\¯à¤¤´£¨Ñ¤F¨âºØ¤ÀªR¼Ò¦¡¡GMomentum»PMomentum
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1. Introduction
2. Layout Basics Contents
3. Momentum Basics
4. Momentum Contents
5. Momentum Special Topics
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