=B1=D0=A8|=B3=A1 = 87-VLSI-=B1=D0=A7=F7-35--=B6W=A4j=AB=AC=BFn=C5=E9=B9q=B8=F4=B3]=ADpUsing = Tanner Tool---[LAB 3-11 Using L-Edit]

From: <由 Microsoft Internet Explorer 5 保存> Subject: =?gb2312?B?vczT/bK/IDg3LVZMU0ktvcyyxC0zNS0ts6y089DNt2Xzd+uKwrfUTw==?= =?gb2312?B?04tVc2luZyBUYW5uZXIgVG9vbC0tLVtMQUIgMy0xMSBVc2luZyBMLUVkaXRd?= Date: Sat, 15 Mar 2008 11:19:51 +0800 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C8868E.7CCBFB00" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.3138 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C8868E.7CCBFB00 Content-Type: text/html; charset="big5" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cc.ntut.edu.tw/~vlsi/87-vlsi/ch4~9&lab3/lab.html =B1=D0=A8|=B3=A1 = 87-VLSI-=B1=D0=A7=F7-35--=B6W=A4j=AB=AC=BFn=C5=E9=B9q=B8=F4=B3]=ADpUsing = Tanner Tool---[LAB 3-11 Using L-Edit]

LABORATORY 3-11

LABORATORY 3 Setup L-Edit Environment	LABORATORY 8 LVS
LABORATORY 4 Layout Editor	LABORATORY 9 GDS II File Format
LABORATORY 5 DRC	LABORATORY 10 Dracula-DRC/ERC
LABORATORY 6 Cross-Section Viewer	LABORATORY 11 Dracula-LVS
LABORATORY 7 Extract	=A1@

LABORATORY 3 Setup L-Edit=20 Environment

Objective: Understand how to setup L-Edit=20 environment

1. Double click W32ledit = icon.

=A1@

2. Select file --> Replace setup to = transfer setup=20 information from

c:\tanner\umc05\umc05.tdb to the current=20 file

=A1@

From file format : *.tdb or *.ttx=A1C

=A1@

3. Select Setup --> Technology to see the = results of=20 your change

@Technology name

UMC : 0.5UM 2P2M/w DRC:pads, /wo EXT:cap.

@=A6bTechnology units=C4=E6=A6=EC=A4=A4=BF=EF=BE=DCMicrons

@And you can see 1 Internal Unit =3D 0.001=20 Microns

=A1@=A1@

4. Select Setup --> Grid to specify Grid=20 parameters

@Displayed Grid =AA=ED=A8=E2=C2I=B6=A1=AA=BA=A4j=A4p=AC=B0 0.1microns

@Mouse Snap Grid =AA=EDMouse=A8C0.05microns=B8=F5=A4@=A6=B8

=A1@

5. Select File --> Open to load a new = file

=A1@=A1@

6. Select File --> Info to see the current = file=20 reports

If you turn on the File Lock switch, locked = files cannot=20 be edited.

But their contents can be copied to other files.

=A1@

LABORATORY 4 = Layout = Editor

Objective: Learn how to use the Layout Editor

Learn how to run = DRC

Select Cell --> New to create a new cell

Each component cell of a file must have a unique=20 name.

=A1@

=A1@2. =A8=CC=A4U=B9=CF=C3=B8=BBsPmos cell layout

=BD=D0=B0=D1=A6=D2design rule.
Don=A1=A6t forget to save this cell.

=A1@

3. Select Special --> DRC to check the = layout for=20 design rule

=A6p=A6=B3errror=B2=A3=A5=CD , =AD=AB=BD=C6=B0=B5DRC=AA=BD=A8=EC=A7=B9=A5=FE=B5L=BB~=AC=B0=A4=EE=A1C

=B1Nbin size = =AA=BA=AD=C8=A7=EF=A4j=A4@=C2I = , =A7_=ABh=B7|=B6]=AB=DC=A4[=A1C

=A1@

4. =A6p=AAGlayout=A8S=A6=B3=B9H=A4=CFdesign rule,=ABh=B7|=A6=B3=A4U=AD=B1=AA=BA=B9=EF=B8=DC=AE=D8=A5X=B2{=A1C

=A1@

5. Select Cell --> New to create another = new cell

Cell name : Nmos

=A1@

6. =A6p=A6P=A8B=C6J2,=A8=CC=B7=D3=A4U=B9=CF=B1N Nmos=B9q=B8=F4=A7=B9=A6=A8=A1C

=A1@

7. Select Special --> DRC to check the = layout for=20 design rule

=AA=BD=A8=EC=A7=B9=A5=FE=B5L=BB~=AC=B0=A4=EE=A1C

=C0x=A6s=A7A=AA=BA=C0=C9=AE=D7=A1C

=A1@

8. = Select File --> Open to load another = new file

File name : Inv

=A1@

9. Select Cell --> New to create a new = cell

Cell name : inverter

=A1@

10. Select Cell --> Instance

choose Files : MOS

Cells : pmos

And Click OK

=A1@

11. =A6=B9=AE=C9=A7A=B7|=A6b=B5=F8=B5=A1=A4W=AC=DD=A8=ECpmos=B3o=AD=D3cell = ,=20 =B1N=A5=A6=B2=BE=B0=CA=A8=EC=BEA=B7=ED=AA=BA=A6=EC=B8m=A9w

=A6=EC=A7Y=A5i=A1C

=A1@

12. =A6P=A4W=A8B=C6J10=A6A=B0=B5=A4@=A6=B8 ,=20 Select Cell --> Instance

choose Files : MOS

Cells : nmos

And Click OK

=A1@

13. =A6A=B1Nnmos=B3o=AD=D3cell =B2=BE=A8=ECpmos=A4U=AD=B1 = , =A6p=A4U=B9=CF=A9=D2=A5=DC=A1C

=A1@

14. =B3=CC=AB=E1=BD=D0=A8=CC=A4U=B9=CF=B1NLayout=A7=B9=A6=A8=A1C

=A1@=A1@

=C0x=A6s=A7A=AA=BA=C0=C9=AE=D7=A1C

=A1@

LABORATORY 5 = DRC

Objective: Run the DRC and correct=20 errors

1. Select Special --> DRC

=A7A=B7|=B5o=B2{=A6=B32=AD=D3=BF=F9=BB~ , =A6p=A4U=B9=CF=A9=D2=A5=DC=A1C

=A1@

2. =B2{=A6b=B1N=B9=CF=A9=D4=AA=F1=A4@=C2I=AC=DD , =A7Y=A5i=AA=BE=B9D=ACO=B9H=A4=CF=A4FC.9B.a=AA=BAdesign = rule=A4F,

=A5u=ADn=B1N=A8=E2Metal1=B6=A1=AA=BA=B6Z=C2=F7=A9=D4=A4j=A6=DC0.6um=A7Y=A5i=A1C

=A1@

3. =A7=DA=AD=CC=A5=FD=B1Nerror=AA=BA=C5=E3=A5=DC=B2M=B0=A3=A1C

@Select Special --> Clear Error Layer

@=C2I=BF=EFThis Cell , click Delete = .

=A1@

4. =A6=B9=AE=C9=A4S=A6^=A8=ECrun DRC=A4=A7=ABe=AA=BA=B5e=AD=B1 ,=20 =B1Nlayout=B9=CF=A7=F3=A7=EF=A6p=A4U=A1C

=A1@

5. =A6A=B0=B5=A4@=A6=B8DRC , =A5i=B5o=B2{=A4=A7=ABe=AA=BAerror=AE=F8=A5=A2=A4F=A1C

=C0x=A6s=C0=C9=AE=D7=A1C

=A1@

6. Select File --> Close to close this=20 file(inv.tdb)

=A1@

LABORATORY 6 = Cross-Section = Viewer

Objective: Learn how to use cross-section=20 viewer

1. =B2{=A6b=B5=F8=B5=A1=A4W=A5X=B2{=AA=BA=ACOMOS.tdb=A1C

=A1@

2. Select Cell --> Open to open the Pmos = cell

=A1@

3. Select Special --> Cross Section to run=20 cross-section viewer

=BDT=BB{Process Definition=20 File=A4=A4=ACO=A7_=AC=B0*.xst=AA=BA=C0=C9=AE=D7=A1C

=A1@

4. =A6b=B5=F8=B5=A1=A4=A4Pmos=AA=BA=B9=CF=A4W=C2I=A4@=A4U=A1C

=A1@

5. =B2{=A6b=A7A=B7|=A6b=B8=D3layout=B9=CF=AA=BA=A4U=A4=E8=AC=DD=A8=EC=A5=A6=AA=BAstructure.

=A1@

6. =A6A=C2I=A4@=A4U=A7Y=A5i=A6^=C2=D0=AD=EC=AA=AC=A1C

=A1@

7. Select File --> Close to close=20 MOS.tdb

=A1@

LABORATORY 7 = Extract

Objective: Learn how to run = Extract

Select File --> Open to open inv.tdb

=A1@
Select Special --> Extract=20

@=B1NExtract Definition File=B6=F1=A4Jumc05.ext

Include Statement=A4=A4=B6=F1=A4J .include umc49.md

@=A8=C3=A8=FA=AE=F8Write Node Capacitance=AA=BA=BF=EF=A8=FA

@=A6A=A5[=BF=EFWrite Node Names in comments

@Click RUN

=A1@

3. =B6}=B1=D2Windows=C0=C9=AE=D7=C1`=BA=DE ,=20 =A6bc:\tanner\umc05=A4=A4=B7|=A7=E4=A8=ECinv.spc=B3o=AD=D3

Extract=A5X=A8=D3=AA=BASpice=C0=C9=AE=D7=A1C

* Circuit Extracted by Tanner Research's L-Edit V6.05 = / Extract=20 V3.01 ;

* TDB File c:\Tanner\L-Edit\tdb-file\inv, Cell = inverter,=20 Extract Definition

File C:\Tanner\umc05\umc05.ext ;

.include umc49.md

* Node U0/VSS

* Node U1/VDD

* Node IN

* Node OUT

M1 IN OUT U1/VDD U1/VDD pmos_t L=3D0.65U W=3D1.2U

* M1 Drain Gate Source Bulk (31 22.5 31.65 23.7) A = =3D 0.78, W =3D=20 1.2

M2 IN OUT U0/VSS U0/VSS nmos_t L=3D0.65U W=3D0.8U

* M2 Drain Gate Source Bulk (31 15.5 31.65 16.3) A = =3D 0.52, W =3D=20 0.8

* Total Nodes: 4 ;

* Total Elements: 2 ;

* Extract Elapsed Time: 0 seconds ;

.END

=A1@

LABORATORY 8 = LVS

Objective: Learn how to run LVS and to find=20 errors

1. =BD=D0=A9=F3S-Edit=A4=A4=C2=E0=B4=AB=B2=A3=A5=CDinv.sp , =A5H=ABK=B0=B5LVS=A1C

=A1@

2. =B6}=B1=D2MS-DOS=B5=F8=B5=A1 ,=20 =B6i=A4J=A6=DCc:\tanner\lvs , =B0=F5=A6=E6=AB=FC=A5O=A6p=A4U

lvs =A1Vvpaf =A1Vo inv.out inv.spc = inv.sp

=BD=D0=A5=FD=B1N inv.sp , inv.spc=A4=CE umc49.md =AB=FE=A8=A9=A6=DClvs=A4l=A5=D8=BF=FD=A4U

=A1@

3. =B0=F5=A6=E6=B5=B2=AAG=B7|=A6C=A6binv.out=A4=A4 ,=20 =ADY=A6=B3error=BD=D0=AD=D7=A7=EF=A4=A7=20 , =AA=BD=A8=EC=A5X=B2{

Circuits are equal!=AC=B0=A4=EE=A4~=BA=E2=A4j=A5\=A7i=A6=A8=A1C

File written by LVS 2.19/386 Sat Apr 25 15:06:00 = 1998

Command line:

C:\TANNER\LVS\LVS.EXE -vpaf -o inv.out inv.sp inv.spc

Exclude Bulk Nodes=20 .....................................................OFF

Use Non-polarized=20 Resistors.............................................OFF

Use Non-polarized=20 Capacitors............................................OFF

Replace Series=20 MOSFETs..................................................OFF

Optimize shorted & parallel R, C, MOSFETs; series R and = C....OFF

Parsing file: inv.sp...

Including file umc49.md

Flattening network...

Parsing file: inv.spc...

Including file umc49.md

Flattening network...

Total elements 2 2

Total nodes 4 4

Iterating...

5% done

10% done

95% done

100% done

Doing detailed trial matching...

Circuits are equal!

=A1@

LABORATORY 9 = GDS II File = Format

Objective: Learn how to save as=20 *.gds

1. =A6^=A8=ECL-Edit=B5=F8=B5=A1=A4=A4=A1C

=A1@

2. Select File --> Save as

=B1N=C0=C9=AE=D7=A5t=A6s=A6=DC = *.gds =AA=BA=AE=E6=A6=A1=A4=A4 , = =A5H=ABK=B0=B5=B1=B5=A4U=A8=D3=AA=BADracula=A1C

=A1@

Preface : =A5=D1=A9=F3Tanner=AA=BADRC=BBPLVS=A4=A3=B0=F7=C4Y=C2=D4 , = =A9=D2=A5H=B3=CC=AB=E1=A4=B4=BB=DD=A5[

=B0=B5Dracula=AA=BA=B3=A1=A4=C0=A1C

=A1@

LABORATORY 10 = Dracula-DRC/ERC

Objective: Learn how to run DRC/ERC on=20 workstation

1. =A5=BBLab=B1N=A5=DC=BDd=A4T=AD=D3repeater run=20 Dracula=AA=BA=B9L=B5{=20 , =A5=FD=B1Nbus.gds

=A4=CErepchip.sp=A4W=B6=C7=A6=DC=A4u=A7@=AF=B8=A4W=A1C

=B0=A3=A4F*.gds=AA=BA=C0=C9=AE=D7=A8=CF=A5=CEBinary=AE=E6=A6=A1=A5~=A8=E4=A5L=AA=BA=B0=C8=A5=B2=ADn=A5=CEASCII=AA=BA=AE=E6=A6=A1=B6=C7 ,=20 =A4~=A4=A3=B7|=B2=A3=A5=CD=A4@=A8=C7=A4=A3=A5=B2=ADn=AA=BA=A6h=BE= l=A6r=A4=B8=A1C

=A1@

2. =A6p=A4U=A9=D2=A5=DC=AD=D7=A7=EFDRC command file : = 9712drc05.com=A1C

; * Design Rule version : 1 84/06/09 *

; * version : 1.2 *

; * DRC/ERC command file : drc-05dpdm.com *

; * 0.5 micron CMOS Double Poly Double Metal ( UMC ) *

; * CIC copyright_reserved date : 21/DEC/1995 *

; = *------------------------------------------------------------------------= =20 *

; * Note: (1) Check the log file to sure label VDD & VSS = Checking. *

; ********(2) Please surround core with double ring. *

; ********(3) D1.1F, C5.5I Rule will not be checked !! *

; ********(4) EP49 ERC error occurred in NWELL Resistor is = infallible*

; ***************************************************************

*DESCRIPTION

;---------------------------------------------------------------------= ---

SYSTEM =3D GDS2 ; running by batch

INDISK =3D bus.gds ; GDSII layout database fileName

PRIMARY =3D EDU ; chip top cell name

;---------------------------------------------------------------------= ---

; SYSTEM =3D CADENCE ; running under opus framework

; INDISK =3D /user/usr6/ted/technew/tmp ; library directory

; LIBRARY =3D tmp ; library name

; PRIMARY =3D aa ; chip top cell name

;---------------------------------------------------------------------= ---

OUTDISK =3D busout.gds ; GDSII Output Filename of Error

PRINTFILE =3D EDU ; Root Name of Text Output Filename

SCALE =3D 0.001 MICRON ; 1 database unit

RESOLUTION =3D 0.001 MICRON ; samllest unit used in digitizing

MODE =3D EXEC NOW ; execute run now

=A1@

3. =A5=CEDracula=A7@DRC = check=AA=BA=B9L=B5{=A6p=A4U :

% PDRACULA

: /g 9712drc05.com n

: /f

% jxrun.com > bus.log

=A1@

4. =ADY=B6=B6=A7Qrun=A7=B9=B3=CC=AB=E1=B7|=B2=A3=A5=CDEDU.sum ,=20 =ADY=A6=B3=BF=F9=BB~=BB=DD=A5=D1log file (bus.log)

=A7=E4=A8=E4=AD=EC=A6]=A1C

=A1@

5. =A5t=A5~=A4]=A5i=A5=D1EDU.sum=A4=A4=AA=BA---OUTPUT CELL=20 SUMMARY---=C0=CB=B5=F8=A6=B3=AD=FE

=A8=C7=BF=F9=BB~ , =C1|=A8=D2=A6p=A4U=20 :

---------------------------- OUTPUT CELL SUMMARY=20 -----------------------------

CELL-NAME LAYER # ---------- W I N D O W ----------

DATATYPE # OF POLYGONS TEXTS

(LINE SEGMENTS)

=A1@

EA39 39/ 0 370.50 372.80 1429.50 1429.50 1092 0

D8FB40 40/ 0 1084.75 853.40 1085.05 854.75 2 0

D9CB40 40/ 0 1083.95 853.40 1085.05 854.75 4 0

EC139 39/ 0 401.20 1191.20 1398.80 1398.80 9 0

EF139 40/ 0 882.00 1124.60 949.35 1125.70 2 0

EJ39 40/ 0 358.00 538.20 1442.00 1442.00 231 0

=A5=D1=A4W=A5i=AC=DD=A5X=C1`=A6@=A6=B36=AD=D3=BF=F9=BB~ , =A8=E4=A4=A4=AA=BAD8FB40=A4=CED9CB40=ACODRC=AA=BA=BF=F9

=BB~ ,=20 =A8=E4=BEl=AC=B0ERC=AA=BA=BF=F9=BB~=A1C

=A4@=AF=EBERC=AA=BA=BF=F9=BB~=A5u=ADn=AA=BE=B9D=ACO=A4=B0=BB=F2=BF=F9=BB~=A7Y= =A5i,=20 =A6=FDDRC=AA=BA=BF=F9=BB~=B4N=ABD=A7=EF

=A4=A3=A5i=A4F=A1C

=A1@

6. =A6bEDU.sum=A4=A4, = =A6A=C4~=C4=F2=A9=B9=A4U=AC=DD, =A7=E4=A8=EC

***** INPUT COMMANDS LISTING *****=B3o=A4@=A6=E6 , =A8=C3=B6}=A9l=A9=B9=A4U=A7=E4=A8=ECD8FB40, D9CB40=B3o=B4X=A6=E6, =A6p=A4U=A9=D2=A5=DC :

=A1@320: ENC[TO] LCONT=20 PTHIN LT 0.4 OUT D8Fb 40 ; C8.8F.b p-diff overlap co

321: ENC[TO] CT NTHIN LT 0.15 OUT D8Ga 40 ; C8.8G.a n-diff overlap = cont

322: ENC[TO] LCONT NTHIN LT 0.25 OUT D8Gb 40 ; C8.8G.b n-diff overlap = c

333: ENC[TO] CONT MT1 LT 0.3 OUT D9Ca 40 ; C9.9C.a metal1 overlap = cont

334: ENC[TO] LCONT MT1 LT 0.4 OUT D9Cb 40 ; C9.9C.b = metal1=20 overlap cont

=A1@

=A5=D1=A4W=A5i=AA=BE=B9H=A4=CF=A4FC8.8F.b=A4=CEC9.9C.b=B3o=A8=E2=B1=F8design rule=A1C

=A1@

7. =B0=D1=A6=D2UMC=AA=BAdesign = rule=A1C

=A1@C.8 = CONTACT LAYER :

8F. P+ DIFFUSION CONTACT TO DIFFUSION EDGE = SPACING

b. CONTACT SIZE IS LARGER THAN 0.5*0.5 um^2=20 0.4um

C.9 METAL1 LAYER :

9C. METAL1 OVERLAP CONTACT

b. CONTACT SIZE IS LARGER THEN 0.5*0.5 um^2=20 0.4um

=A1@

=A5=D1=A6=B9=A5i=B2M=B7=A1=AA=BA=AC=DD=A5X=ACO=B9H=A4=CF=A4= F=AD=FE=A8=C7=B3W=ABh=A1C

=A1@

8. =B1=B5=A4U=A8=D3=A6A=A5=D1L-Edit=C5=AA=A6^Dracula DRC=AA=BA=B5=B2=AAG=A1C

@=B6]=A7=B9Dracula=AB=E1=B7|=B2=A3=A5=CD=A4@=AD=D3=A7t=A6=B3error=20 cells=AA=BAGDS II

file(busout.gds), =A5=CEL-Edit=B6}=B1=D2=B8=D3=C0=C9=AE=D7

Select File > Replace Setup to transfer = setup=20 information

Select File > Open to open=20 busout.gds

@Select File > Open to open bus.gds

@Select Cell > New to open a new cell = (bus.gds \=20 Cell0)

@Select Cell > Instance to insert the top = cell name=20 (EDU) of

bus.gds into Cell0

@=B1NEDU=A9w=A6=EC, = =A5=FD=BF=EF=A9wEDU, =B5M=AB=E1=AB=F6Ctrl+E=B6}=B1=D2Editing Selected

Instance=B5=F8=B5=A1 , = =A8=C3=AD=D7=A7=EFTranslation=20 (Locator Units)=A4=A4X=BBPY=AA=BA=AD=C8

=A6=A80=A1C

@Select Cell > Instance to insert the top = cell name=20 (OUTEDU) of

busout.gds into Cell0

=A1@

@=B1NOUTEDU=A9w=A6=EC, = =A5=FD=BF=EF=A9wOUTEDU,=20 =B5M=AB=E1=AB=F6Ctrl+E=B6}=B1=D2Editing

Selected Instance=B5=F8=B5=A1 ,=20 =A8=C3=AD=D7=A7=EFTranslation (Locator Units)=A4=A4X

=BBPY=AA=BA=AD=C8=A6=A80=A1C

=A1@

@=A6=B9=AE=C9, =AD=EC=B3]=ADp=BBPDRC=AA=BAerror=20 cells=B1N=B7|=AD=AB=C5|=A6b=A4@=B0_=A1C

=A1@

@=A6bBUSOUT=A4=BA=A5=CE=BD=A7=A6=E2=C2I=A9=D2=B3=F2=B0_=A8=D3=AA=BA=B0=CF=B0= =EC=A5N=AA=EDDRC error, = =A5=CE=B2H=C2=C5=A6=E2

=C2I=A9=D2=B3=F2=B0_=A8=D3=AA=BA=B0=CF=B0=EC=A5N=AA=EDERC=20 error=A1C

=A1@

@=ADY=C4=B1=B1o=B5e=AD=B1=A4=D3=BD=C6=C2=F8, =A5=FD=B1N=B4=E5=BC=D0=B2=BE=A6=DC=A5=AA=A4W=A8=A4=AA=BA<= FONT lang=3DZH-TW face=3DSystem size=3D4>layer=B5=F8=B5=A1=A4=A4=AA=BADRC

Error Flag , =B5M=AB=E1=AB=F6shift+=B7=C6=B9=AB=A4=A4=C1=E4,=20 =A6A=B1N=B4=E5=BC=D0=B2=BE=A6=DCERC Error

Flag =AB=F6=B7=C6=B9=AB=A5k=C1=E4, =ADY=ADn=A9=D2=A6=B3=AA=BALayers=C5=E3=A5=DC=A5X=A8=D3, =BD=D0=B1N=B4=E5=BC=D0=B2=BE=A6=DC

layer=B5=F8=B5=A1=AB=F6shift+=B7=C6=B9=AB=A5k=C1=E4=A1C

=A1@

@=AD=D7=A7=EF=A7=B9=AB=E1=B1NBUSOUT=A4=CE=A9=D2=A6=B3=AA=BAerror cells=B2M=B0=A3=B1=BC=A1C

Select Cell > Delete

=A1@

@=B3=CC=AB=E1=B1Nbus=A6s=A6=A8GDS = II, =A6A=B0e=A4JDracula=B6i=A6=E6DRC/ERC=A1C

=A1@

9. L-Edit=C5=AA=A8=FAbusout.gds=AE=C9=B7|=A5X=B2{=C3=FE=A6=FC=A4U=B9=CF=AA=BA=C4=B5=A7i=B0T=AE=A7= , =BD=D0=AB=F6OK=A7Y

=A5i=A1C

=A1@

10. =ADY=B3=CC=A4W=BChcell=AA=BAinput=BA=DD=AA=BD=B1=B5=B3s=A6=DCMOS=AA=BAgate,=20 =B7|=A5X=B2{EH39, EI39,

=A9=CEEJ39=A4=A7=C3=FE=AA=BAerror=20 cell, =A5i=A9=BF=B2=A4=A4=A7=A1C

=A1@

LABORATORY 11 = Dracula-LVS

Objective: Learn how to run LVS on=20 workstation

1. LOGLVS=A5i=C5=AA=A8=FA=AA=BAnetlist format=AC=B0spice,=20 =A5B=B3=CC=A4W=BCh=BB=DD=A5HSUBCKT=AA=BA

=A7=CE=A6=A1=AA=ED=A5=DC=A4=A7, =ACG=A5=D1S-Edit=C2=E0=A5X=A4=A7spice netlist=A5=B2=B6=B7=B8g=B9L=AD=D7=A7=EF=A4=E8=A5i=A8=CF=A5=CE,

=A5B=A4=A3=BB=DD=A5[=A4Jmodel file,=20 =A6p=A4U=A9=D2=A5=DC :

.SUBCKT CARRY A B VSS nP OUT VDD

=A1K=A1K

.ENDS

.SUBCKT REFRESH A2 Ax2 B2 Bx2 C2 F VSS P2 = VDD

=A1K=A1K

.ENDS

.SUBCKT OPEN-C A1 B1 VSS O1 O4 VDD

=A1K=A1K

.ENDS

.SUBCKT KEEPER A3 Ax3 B3 Bx3 C3 VSS P3 = VDD

=A1K=A1K

.ENDS

* Main circuit: EDU

.SUBCKT EDU VDD VSS A1 B1 O1 O4 A2 Ax2 B2 Bx2 C2 F P2 = A3 Ax3 B3=20 Bx3 C3 P3

Xrf-MC-Myx_1 A2 Ax2 B2 Bx2 C2 F VSS P2 VDD = REFRESH

Xoc_1 A1 B1 VSS O1 O4 VDD OPEN-C

Xkp-ori2-MC-Nor_1 A3 Ax3 B3 Bx3 C3 VSS P3 VDD = KEEPER

Xcic_aout_5 PB8 VDD VSS cic_aout

=A1K=A1K=A1K=A1K

Xcic_aout_2 PB2 VDD VSS cic_aout

Xcic_aout_1 PB1 VDD VSS cic_aout

* End of main circuit: EDU

.ENDS

=A1@

2. =A5=CELOGLVS=B9L=B5{=AC=B0

% LOGLVS

: htv

: cir repchip.sp

: con EDU

:x

=ABh=A5i=B2=A3=A5=CDLVSLOGIC.DAT for=20 Dracula LVS command file=A8=CF=A5=CE

=A1@

3. =AD=D7=A7=EFLVS command file=A6p=A4U=A9=D2=A5=DC :

*DESCRIPTION

INDISK =3D bus.gds ; GDSII Layout Database FileName

PRIMARY =3D EDU ; Chip Top Cell Name

OUTDISK =3D buslvs.gds ; GDSII Output Filename of Error

PRINTFILE =3D EDU ; Root Name of Text Output Filename

=A1@

SYSTEM =3D GDS2 ; Layout Database Format

SCALE =3D 0.001 MICRON ; 1 database unit

RESOLUTION =3D 0.001 MICRON ; samllest unit used in digitizing

LISTERROR =3D YES ; print the X, Y coordinate of = the

=A1@

4. =A5=CEDracula=A7@LVS = check=AA=BA=B9L=B5{=A6p=A4U :

% PDRACULA

: /g 9512lvs05.com n

: /f

% jxrun.com > buslvs2.log

=A1@

5. =B6]=A7=B9=AB=E1=B7|=B2=A3=A5=CDEDU.lvs, =A5=D1=A6=B9=A4=BA=AEe=A7P=C2_=ACO=A7_=A6=B3=A4=A3=A4@=ADP=AA=BA= =B2{=B6H=A1C

=A1@

6. =ADYLVS=B5L=BB~=AA=BA=B8=DC, =B7|=A6=B3=A6p=A4U=AA=BA=BF=E9=A5X=A9=F3EDU.lvs=A4=A4=A1C

=A1@ *******************************************= ********

********** LVS DEVICE MATCH SUMMARY ***********

***************************************************

NUMBER OF UN-MATCHED SCHEMATICS DEVICES =3D 0

NUMBER OF UN-MATCHED LAYOUT DEVICES =3D 0

NUMBER OF MATCHED SCHEMATICS DEVICES =3D 315

NUMBER OF MATCHED LAYOUT DEVICES =3D 315

***************************************************

********** DISCREPANCY POINTS LISTING ***********

***************************************************

NO DISCREPANCIES

***************************************************

******** DEVICE MATCHING SUMMARY BY TYPE ********

***************************************************

TYPE SUB-TYPE TOTAL DEVICE UN-MATCHED DEVICE

SCH. LAY. SCH. LAY.

MOS PM 196 196 0 0

MOS NM 188 188 0 0

=A1@

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