本專題研究方法是使用Linux環境下的HSPICE並且使用.18製成參

本專題研究方法是使用Linux環境下的HSPICE並且使用.18製成參數進行電路設計，從此專題將會使用到的工具是Cadence Virtuoso系統內的Schematic、Symbol、layout完成電路設計及布局，並且透過 Synopsys Custom WaveView 檢視電路輸出波形，以確實達到此專題所設計的基本功能，最後會由Calibre布局驗證系統驗證DRC、LVS、PEX三種不同驗證，以確保在電路布局與電路規格都能符合廠商製作的條件。

結果 (英文) 1:

This case study is to use the Linux environment HSPICE .18 made using parametric and circuit design, will be used to from Special tools Schematic, Symbol Cadence Virtuoso within the system, to complete the circuit layout design and layout, and through Synopsys Custom WaveView circuit output waveform view, in order to really achieve the basic functions of the topic of the design, and finally verifies that three different verification DRC, LVS, PEX by the Calibre layout verification system to ensure that the circuit layout and circuit specifications can be produced by qualified manufacturers .

結果 (英文) 2:

This topic is based on the use of HSPICE in the Linux environment and the use of .18 as a parameter for circuit design, from which the tools to be used are the Cadence Virtuoso system within the schematic, Symbol, layout to complete the circuit design and layout, And through Synopsys Custom WaveView to view the circuit output waveform, in order to really achieve the basic functions designed for this topic, the final calibre layout verification system will verify the DRC, LVS, PEX three different verification, To ensure that both the circuit layout and circuit specifications are in line with the manufacturer's requirements.

結果 (英文) 3:

The research method of this topic is to use HSPICE in Linux environment and make circuit design with parameters made of. 18. From then on, the tools that will be used in this topic are schematic, symbol and layout in cadence virtuso system to complete circuit design and layout, and view circuit output waveform through Synopsys custom waveview to achieve the basic functions designed in this topic. Finally Calibre layout verification system will verify DRC, LVS, PEX three different verifications to ensure that the circuit layout and circuit specifications can meet the manufacturer's requirements.