| 1.Nanometer
Circuit Design Basics |
- Introduction (3hr)
- 介紹Basic concepts of System-on-a-chip (SOC)
- 介紹Nanometer Electronics
- 介紹Basic concepts of Silicon Intellectual
Property (SIP)
- Nanometer MOS Devices (6hr)
- 介紹Leakage Current in DSM CMOS Technology
- 介紹Temperature Effect in DSM CMOS Technology
- Nanometer CMOS Technology (6hr)
- 介紹Nanometer CMOS Device Models for Circuit
Simulation
|
| 2.Nanometer
Circuit Design Environment |
- Nanometer SOC/IP Design Flow (6hr)
- 介紹SOC Design Flow (1.5hr)
- 介紹SIP Design Flow (1.5hr)
- 介紹Nanometer Impacts on SoC Design (3hr)
- Nanometer Design and Verification Tools (12hr)
- 介紹Circuit-Level Simulation Tool
- 介紹Switch-Level Simulation Tool
- 介紹Power-Consumption Simulation Tool
- 介紹Signal-Integrity Simulation Tool
|
| 3.Advanced
Nanometer Circuit Design |
- Low Noise and Low Power IO Design (3hr)
- 介紹Low Power and Low Noise Buffers (1.5hr)
- 介紹Special Interface Circuit (如IEEE 1394,
LVDS, PECL) (1.5hr)
- 介紹ESD Protection Circuits (optional)
- IP/SOC Clocking Strategy (6hr)
- 介紹Clock Generation Circuits (如PLL, DLL,
PWCL, SMD) (4.5hr)
- 介紹Clock Distribution Design (1.5hr)
- High-Performance and Low-Power Flip-Flop Design
(3hr)
- 介紹Flip-Flops for High-End CPUs (1.5hr)
- 介紹Conditional Techniques for Flip-Flops
(1.5hr)
- 介紹Low-Clock-Swing Flip-Flops (optional)
- Data Path Hard-IP Design (3hr)
- 介紹Arithmetic Circuits (如Adder, Multiplier,
Squarer) (3hr)
- 介紹DSP Hardware Accelerators (如FFT, DCT,
…) (optional)
- Low-Power and Low-Voltage CMOS circuit design
(3hr)
- 介紹Low Power CMOS Circuits (1.5hr)
- 介紹Low Voltage CMOS Circuits (1.5hr)
- Dynamic circuits (3hr)
- 介紹 Domino Circuits in High-End CPUs (3hr)
- 介紹 Skew-Tolerant Domino Circuits (optional)
- Embedded Memory Designs (3hr)
- 介紹Embedded SRAM (3hr)
- 介紹Embedded DRAM (optional)
- 介紹ROM/PLA (optional)
- Special Circuits (3hr)
- 介紹Clock/Data Recovery (1.5hr)
- 介紹Frequency Synthesizer (1.5hr)
- 介紹charge pump circuits (optional)
|
| 4.實例設計與實習 |
- Low-Power/Low-Voltage CMOS Multiplier (12hr)
- 介紹Booth Encoder/Selector
- 介紹Data Compressors
- 介紹MTCMOS Technology
- 介紹Power Simulation
- 介紹Experimental Results
- Low-Power Clock Synchronization Circuits (12hr)
- 介紹Conventional CSC
- 介紹Conventional DLL
- 介紹Low-Power Open-Loop CSC
- 介紹Low-Power Closed-Loop CSC
- 介紹Low-Power CSC IP Design Concepts
- 實習教材編撰 (此部分之授課時數合併於上述授課時數中)
- 實習內容規劃
- 實習題目擬定
- 實習設備擬定
- 實習工具教材
- 實習進度擬定
- 實習成果評估
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