【電磁技術在線】【EDA篇】- 1. EDA概覽
講師：Timo Baruth
00：45 內容簡介
06：20 EDA設計流程
09：30 工藝預研
11：20 布局導入
13：10 規則檢查
14：40 信號完整性
19：20 電源完整性
21：50 熱仿真
The purpose of EDA is to develop and virtually validate new printed circuit board concepts to eliminates physical prototypes, and ensure compliance to functional standards.
0. Start with Concept
1. Technology Investigation: Verify that best technology in terms of performance is chosen before starting the actual layout phase.
2.Layout Import: Import layout with pecifications from technology investigation.
3. Design Rule Checker: Verify that layout rules to prevent SI, PI and EMCinterference are properly applied to printed circuit board
4. Signal Integrity: Predict the reliability of serial high-speed (PCIe,SATA, ….) and parallel data (DDRx) links.
5. Power Integrity: Simulate DC Drop and High Frequency Noise on power supply nets and optimize decoupling capacitors for impedance minimization.
6. Thermal Simulation: Verify that your device won’t exceed temperature range.
CST PCB Studio: For signal and power integrity analysis of PCBs.
oPCB import
oImpedance calculator
oComponent handling
oRulebased checking (SI/PI/EMC)
oSpezialized solver technology: 2DTL,PEEC, FEFD (3D)
oConvenient workflows: IR-Drop/ SI (TD & FD) / PI / DDR4, DeCap optimization
CST MicrowaveStudio:3D EM Simulation for high frequencies
oHigh accuracy full wave EM 3D solver: Time Domain, Frequency Domain
oTetrahedral & Hexahedral Meshing
oVisualization offields
oPost-Processing
CST Design Studio: For circuit co-simulation and synthesis
oCircuit simulator (Spice)
oData import (Spice, TS, IBIS,…)
oConfigurable blocks: IdealTL, microstrip, stripline, …
oCircuit elements: Passive/ active models, sources, ..
oSimulation tasks: S-Parameter,Transient, AC-Task, …
oControl tasks: Parameter Sweep, Optimization, Post-Processing
CST MPHYSICS Studio:For thermal analysis of PCBs and Components.
oSpecialized EDA import
oCoupled workflows EM – Thermal
oSolvers: THs, THt, CHT
