EM/IR analysis
This page describes how to perform Electromigration (EM) analysis in Cadence Virtuoso (Voltus). EM analysis become important for example during the design of high-current circuits, such as LDO. IR analysis is important whne designing power rails, ESD protection etc. Metal routing in IC design have a limited current capacity before it will fail. You can read more about electromigration here.
EM analysis setup
Workflow:
- Extract your design using Calibre PEX to .dspf;
- Configure simulator for performing EM/IR analysis;
- Use files .emDataFile and .map for setting visual representation.
Extracting the design
- Use usual rules files from TSMC;
- Make sure that extraction type is set to R+C+CC;
- Make sure that the output format of the file is .dspf.
PEX settings for EMIR analysis
Extract the whole design, or only specific nets you need:
Net selection for EMIR analysis
- Go to the PEX options tab;
- Provide ground name;
- Check that checkboxes are activated as shown.
PEX options for EMIR analysis
- Go to the Reduction and CC tab;
- Check that the reduction is disabled.
PEX reduction for EMIR analysis
### Setting the analysis- Go to the ADE L;
- Provide extracted .dspf file using Simulation files menu.
Providing dspf for EMIR analysis
- Set type to Dynamic;
- Select instances/nets for the analysis;
- Set the EM/IR analysis options;
- Click Add/Modify;
- Add EM file (tsmc65.emDataFile).
EMIR analysis settings
EMIR analysis settings
- Set solver method to direct;
- Select full transient or time window for EM estimation;
- Click Add/Modify.
EMIR analysis settings
- Add the .dspf file;
- Click Run;
- After run is finished, click Apply.
EMIR analysis settings
- Check the temperature and process corner;
- Check that simulator is set to aps emir;
- Run the simulation.
EMIR analysis settings
Display the results
- After simulation is finished, go to:
Results → EM/IR data → Layout analysis; - Select the layout view.
EMIR analysis display settings
- You will see a heatmap of the violations on your layout.
N.B. If the average density is more than 1, that means that the layout is not satisfying EM rules.
EMIR analysis results example
.EMDataFile example
1(
2cadGrid = 0.001
3r = 0.25
4EMGRD = 0.95
5deltaT = 5
6currentDensityMPV=true
7routingLayers = ("PO" "M1" "M2" "M3" "M4" "M5" "M6" "M7" "M8" "M9" "M10")
8viaLayers = ("CO" "VIA1" "VIA2" "VIA3" "VIA4" "VIA5" "VIA6" "VIA7" "VIA8" "VIA9")
9
10viaWidthList = (
11("CO" 0.09)
12("VIA1" 0.1)
13("VIA2" 0.1)
14("VIA3" 0.1)
15("VIA4" 0.1)
16("VIA5" 0.1)
17("VIA6" 0.1)
18("VIA7" 0.36)
19("VIA8" 0.72)
20("VIA9" 3)
21)
22
23viaLengthList = (
24("CO" 0.09)
25("VIA1" 0.1)
26("VIA2" 0.1)
27("VIA3" 0.1)
28("VIA4" 0.1)
29("VIA5" 0.1)
30("VIA6" 0.1)
31("VIA7" 0.36)
32("VIA8" 0.72)
33("VIA9" 3)
34)
35
36xrefLayers = (
37( "tpdiff" ("diff" "OD"))
38( "tndiff" ("diff" "OD"))
39( "odCont" ("CO_od" "CO"))
40( "polyCont" ("CO_po" "CO"))
41( "poly" ("poly" "PO"))
42( "metal1" ("M1" "M1"))
43( "metal2" ("Mx1" "M2"))
44( "metal3" ("Mx2" "M3"))
45( "metal4" ("Mx3" "M4"))
46( "metal5" ("Mx4" "M5"))
47( "metal6" ("Mx5" "M6"))
48( "metal7" ("Mx6" "M7"))
49( "metal8" ("Mz1" "M8"))
50( "metal9" ("Mu1" "M9"))
51( "metal10" ("AP" "M10"))
52( "VIA1" ("VX" "VIA1"))
53( "VIA2" ("VX" "VIA2"))
54( "VIA3" ("VX" "VIA3"))
55( "VIA4" ("VX" "VIA4"))
56( "VIA5" ("VX" "VIA5"))
57( "VIA6" ("VX" "VIA6"))
58( "VIA7" ("VZ" "VIA7"))
59( "VIA8" ("VU" "VIA8"))
60( "VIA9" ("RV" "VIA9"))
61)
62
63avgCurrentDensSpecList = (
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65
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76(nil layer "M1" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.5090*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.5090*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.5090*(w-0.016)/w) * 0.358*EMGRD , 125)))
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79(nil layer "Mx3" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
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86(nil layer "M1" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.5090*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.5090*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.5090*(w-0.016)/w) * 0.358*EMGRD , 125)))
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114
115)
116
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129
130(nil layer "M1" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.5090*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.5090*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.5090*(w-0.016)/w) * 0.358*EMGRD , 125)))
131(nil layer "Mx1" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
132(nil layer "Mx2" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
133(nil layer "Mx3" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
134(nil layer "Mx4" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
135(nil layer "Mx5" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
136(nil layer "Mx6" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)(((20/L) * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)(((20/L) * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
137(nil layer "Mz1" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 8.0960*(w-0.020)/w) * 1.434*EMGRD , 105)(((20/L) * 8.0960*(w-0.020)/w) * 1.000*EMGRD , 110)(((20/L) * 8.0960*(w-0.020)/w) * 0.358*EMGRD , 125)))
138(nil layer "Mu1" minW 0.0 maxW -1.0 minL 5.00 maxL 20.0 currentDensity ((((20/L) * 30.176*(w-0.020)/w) * 1.434*EMGRD , 105)(((20/L) * 30.176*(w-0.020)/w) * 1.000*EMGRD , 110)(((20/L) * 30.176*(w-0.020)/w) * 0.358*EMGRD , 125)))
139
140(nil layer "M1" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.5090*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.5090*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.5090*(w-0.016)/w) * 0.358*EMGRD , 125)))
141(nil layer "Mx1" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
142(nil layer "Mx2" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
143(nil layer "Mx3" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
144(nil layer "Mx4" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
145(nil layer "Mx5" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
146(nil layer "Mx6" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 1.8770*(w-0.016)/w) * 1.434*EMGRD , 105)((1.0000 * 1.8770*(w-0.016)/w) * 1.000*EMGRD , 110)((1.0000 * 1.8770*(w-0.016)/w) * 0.358*EMGRD , 125)))
147(nil layer "Mz1" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 8.0960*(w-0.020)/w) * 1.434*EMGRD , 105)((1.0000 * 8.0960*(w-0.020)/w) * 1.000*EMGRD , 110)((1.0000 * 8.0960*(w-0.020)/w) * 0.358*EMGRD , 125)))
148(nil layer "Mu1" minW 0.0 maxW -1.0 minL 20.0 maxL -1.0 currentDensity (((1.0000 * 30.176*(w-0.020)/w) * 1.434*EMGRD , 105)((1.0000 * 30.176*(w-0.020)/w) * 1.000*EMGRD , 110)((1.0000 * 30.176*(w-0.020)/w) * 0.358*EMGRD , 125)))
149
150(nil layer "AP" minW 0.0 maxW -1.0 minL 0.00 maxL -1.0 currentDensity ((2.7 * 0.9 * 1.434*EMGRD , 105)(2.7 * 0.9 * 1.000*EMGRD , 110)(2.7 * 0.9 * 0.358*EMGRD , 125)))
151
152(nil layer "CO_od" minW 0.0 maxW -1.0 minL 0.00 maxL -1.0 res 29.9954 currentDensity ((0.296 * 0.9 * 1.434 , 105)(0.296 * 0.9 * 1.000*EMGRD , 110)(0.296 * 0.9 * 0.358*EMGRD , 125)))
153(nil layer "CO_po" minW 0.0 maxW -1.0 minL 0.00 maxL -1.0 res 21.9936 currentDensity ((0.296 * 0.9 * 1.434 , 105)(0.296 * 0.9 * 1.000*EMGRD , 110)(0.296 * 0.9 * 0.358*EMGRD , 125)))
154
155(nil layer "VX" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 0.00 maxLb 5.00 minWu 0.0 maxWu -1.0 minLu 0.00 maxLu 5.00 res 2.5061700 currentDensity ((4.0000*0.158 * 0.9 * 1.434*EMGRD , 105)(4.0000*0.158 * 0.9 * 1.000*EMGRD , 110)(4.0000*0.158 * 0.9 * 0.358*EMGRD , 125)))
156(nil layer "VX" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 5.00 maxLb 20.0 minWu 0.0 maxWu -1.0 minLu 5.00 maxLu 20.0 res 2.5061700 currentDensity (((20/L)*0.158 * 0.9 * 1.434*EMGRD , 105)((20/L)*0.158 * 0.9 * 1.000*EMGRD , 110)((20/L)*0.158 * 0.9 * 0.358*EMGRD , 125)))
157(nil layer "VX" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 20.0 maxLb -1.0 minWu 0.0 maxWu -1.0 minLu 20.0 maxLu -1.0 res 2.5061700 currentDensity ((1.0000*0.158 * 0.9 * 1.434*EMGRD , 105)(1.0000*0.158 * 0.9 * 1.000*EMGRD , 110)(1.0000*0.158 * 0.9 * 0.358*EMGRD , 125)))
158
159(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 0.00 maxLb 5.00 minWu 0.0 maxWu -1.0 minLu 0.00 maxLu 5.00 res 0.2400550 currentDensity ((4.0000*3.077 * 0.9 * 1.434*EMGRD , 105)(4.0000*3.077 * 0.9 * 1.000*EMGRD , 110)(4.0000*3.077 * 0.9 * 0.358*EMGRD , 125)))
160(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 5.00 maxLb 20.0 minWu 0.0 maxWu -1.0 minLu 5.00 maxLu 20.0 res 0.2400550 currentDensity (((20/L)*3.077 * 0.9 * 1.434*EMGRD , 105)((20/L)*3.077 * 0.9 * 1.000*EMGRD , 110)((20/L)*3.077 * 0.9 * 0.358*EMGRD , 125)))
161(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 20.0 maxLb -1.0 minWu 0.0 maxWu -1.0 minLu 20.0 maxLu -1.0 res 0.2400550 currentDensity ((1.0000*3.077 * 0.9 * 1.434*EMGRD , 105)(1.0000*3.077 * 0.9 * 1.000*EMGRD , 110)(1.0000*3.077 * 0.9 * 0.358*EMGRD , 125)))
162
163(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 0.00 maxLb 5.00 minWu 0.0 maxWu -1.0 minLu 0.00 maxLu 5.00 res 0.3905650 currentDensity ((4.0000*3.077 * 0.9 * 1.434*EMGRD , 105)(4.0000*3.077 * 0.9 * 1.000*EMGRD , 110)(4.0000*3.077 * 0.9 * 0.358*EMGRD , 125)))
164(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 5.00 maxLb 20.0 minWu 0.0 maxWu -1.0 minLu 5.00 maxLu 20.0 res 0.3905650 currentDensity (((20/L)*3.077 * 0.9 * 1.434*EMGRD , 105)((20/L)*3.077 * 0.9 * 1.000*EMGRD , 110)((20/L)*3.077 * 0.9 * 0.358*EMGRD , 125)))
165(nil layer "VZ" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 20.0 maxLb -1.0 minWu 0.0 maxWu -1.0 minLu 20.0 maxLu -1.0 res 0.3905650 currentDensity ((1.0000*3.077 * 0.9 * 1.434*EMGRD , 105)(1.0000*3.077 * 0.9 * 1.000*EMGRD , 110)(1.0000*3.077 * 0.9 * 0.358*EMGRD , 125)))
166
167(nil layer "RV" minW 0.0 maxW -1.0 minL 0.0 maxL -1.0 minWb 0.0 maxWb -1.0 minLb 0.00 maxLb -1.0 minWu 0.0 maxWu -1.0 minLu 0.00 maxLu -1.0 res 0.0410014 currentDensity ((1.0000*7.000 * 0.9 * 1.434*EMGRD , 105)(1.0000*7.000 * 0.9 * 1.000*EMGRD , 110)(1.0000*7.000 * 0.9 * 0.358*EMGRD , 125)))
168
169)
170
171rmsCurrentDensSpecList = (
172(nil layer "poly" minW 0.00 maxW -1.0 currentDensity ((sqrt(0.003709 * deltaT * w * EMGRD * (w * EMGRD + 1.02))/w, temperature)))
173
174(nil layer "M1" minW 0.00 maxW -1.0 currentDensity ((sqrt(18.33 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 0.352)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
175(nil layer "Mx1" minW 0.00 maxW -1.0 currentDensity ((sqrt(6.310 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 0.417)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
176(nil layer "Mx2" minW 0.00 maxW -1.0 currentDensity ((sqrt(3.500 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 0.751)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
177(nil layer "Mx3" minW 0.00 maxW -1.0 currentDensity ((sqrt(2.420 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 1.085)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
178(nil layer "Mx4" minW 0.00 maxW -1.0 currentDensity ((sqrt(1.850 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 1.420)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
179(nil layer "Mx5" minW 0.00 maxW -1.0 currentDensity ((sqrt(1.850 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 1.420)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
180(nil layer "Mx6" minW 0.00 maxW -1.0 currentDensity ((sqrt(1.850 * deltaT * (w * EMGRD - 0.016)*(w * EMGRD - 0.016) * (w * EMGRD - 0.016 + 1.420)/(w * EMGRD - 0.016 + 0.0443))/w, temperature)))
181(nil layer "Mz1" minW 0.00 maxW -1.0 currentDensity ((sqrt(4.370 * deltaT * (w * EMGRD - 0.020)*(w * EMGRD - 0.020) * (w * EMGRD - 0.020 + 2.458)/(w * EMGRD - 0.020 + 0.0443))/w, temperature)))
182(nil layer "Mu1" minW 0.00 maxW -1.0 currentDensity ((sqrt(13.60 * deltaT * (w * EMGRD - 0.020)*(w * EMGRD - 0.020) * (w * EMGRD - 0.020 + 2.898)/(w * EMGRD - 0.020 + 0.0443))/w, temperature)))
183
184(nil layer "AP" minW 0.00 maxW -1.0 currentDensity ((sqrt(2.620 * deltaT * (w * EMGRD) * (w * EMGRD + 3.397))/w, temperature)))
185
186)
187
188peakCurrentDensSpecList = (
189(nil layer "poly" minW 0.0 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((1.875*(w * EMGRD)/w) * 1.03 , 105)((1.875*(w * EMGRD)/w) * 1.0 , 110)((1.875*(w * EMGRD)/w) * 0.927 , 125)))
190
191(nil layer "M1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((36.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((75.04 * (w*EMGRD-0.016)/w) * 1.000 , 110)((75.04 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
192(nil layer "Mx1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
193(nil layer "Mx2" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
194(nil layer "Mx3" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
195(nil layer "Mx4" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
196(nil layer "Mx5" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
197(nil layer "Mx6" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * (w*EMGRD-0.016)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.016)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.016)/w) * 0.358 , 125)))
198(nil layer "Mz1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((63.0 * (w*EMGRD-0.020)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.020)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.020)/w) * 0.358 , 125)))
199(nil layer "Mu1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((99.0 * (w*EMGRD-0.020)/w) * 1.434 , 105)((34.66 * (w*EMGRD-0.020)/w) * 1.000 , 110)((34.66 * (w*EMGRD-0.020)/w) * 0.358 , 125)))
200
201)
202
203ACpeakCurrentDensSpecList = (
204(nil layer "poly" minW 0.0 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((1.875*(w * EMGRD)/w) * 1.03 , 105)((1.875*(w * EMGRD)/w) * 1.0 , 110)((1.875*(w * EMGRD)/w) * 0.927 , 125)))
205
206(nil layer "M1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((36.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((36.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((36.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
207(nil layer "Mx1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
208(nil layer "Mx2" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
209(nil layer "Mx3" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
210(nil layer "Mx4" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
211(nil layer "Mx5" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
212(nil layer "Mx6" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.434 , 105)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 1.000 , 110)((22.0 * ((w*EMGRD-0.016)/w)/sqrt(r)) * 0.358 , 125)))
213(nil layer "Mz1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((63.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 1.434 , 105)((63.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 1.000 , 110)((63.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 0.358 , 125)))
214(nil layer "Mu1" minW 0.00 maxW -1.0 minL 0.00 maxL -1.0 currentDensity (((99.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 1.434 , 105)((99.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 1.000 , 110)((99.0 * ((w*EMGRD-0.020)/w)/sqrt(r)) * 0.358 , 125)))
215
216)
217
218).map file example
1# <type> <extraction_layer_name> <dfII_layer_name>
2poly poly PO
3via odCont CO
4via polyCont CO
5via VIA1 VIA1
6via VIA2 VIA2
7via VIA3 VIA3
8via VIA4 VIA4
9via VIA5 VIA5
10via VIA6 VIA6
11via VIA7 VIA7
12via VIA8 VIA8
13
14metal metal1 M1
15metal metal2 M2
16metal metal3 M3
17metal metal4 M4
18metal metal5 M5
19metal metal6 M6
20metal metal7 M7
21metal metal8 M8
22metal metal9 M9
23metal metal10 M10