ATR35 Wafer Specification
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1 ATR35 Wafer Specification SKW ASSOCIATES, INC Victor Court, Santa Clara, CA Tel: , Fax:
2 Sematech 754 Layout Sematech 754 Documentation Samsung dishing structure Sematech dishing structures The typical Sematech dishing structure used is the 100/100 array
3 ATR35 Description Reduction in critical dimensions Minimum metal line width: 60nm Via sizes down to 80nm ATR35 Capabilities Key BU s : All Via chains with up to ~10 million vias Via chain Guard rings ATR30 (trenches) 140nm ATR35 100nm M2 Expanded and improved set of reliability testers Guard rings added to prevent low-k moisture adsorption V1 M1 Structures down to 45nm node
4 ATR35 Layout Note the CMP test structures highlighted in light brown ATR35 Layout
5 ATR M1 Film Stack 800A +/- 100A Cu Seed A +/- 500A ECP (Total = 5.8KA) 2500A +/- 250 A Coral 500A +/- 50 A USG Cap 150A NDC + 250A ESL3 (Etch Stop) 10000A +/- 500A SiO2 100A TaN + 200A Ta Barrier CMP Target: Remove USG Cap + 200A Coral ATR35 only available with Coral films
6 ATR Process Flow (up to M1 CMP)
7 ATR Test Structures Topography test structures Fang test structures Electrical test structures
8 Typical CIC Profilometry Locations New profilometry recipe was created to measure large and small E-test comb/serp structures in addition to CMP test structures. New structures profiled: 1. CMB_SRP_LRL_M1 2. CMB_SRP_SRL_M1 CMP test structures profiled: 3. FANG1 single line structures 4. FANG2 small pitch arrays
9 Serp/Comb Scan Locations CMB_SRP_SRL_M1 DUTs 5 & 6 scanned (140x140 nm) CMB_SRP_LRL_M1 DUTs 11 & 12 scanned SERPs (140x140 nm, 180x180 nm)
10 CMB_SRP_SRL_M1 Surface Profile Scan EOE EOE
11 CMB_SRP_LRL_M1 Surface Profile Scan EOE EOE
12 CMP Test Structure Scan Locations FANG1 200 um FANG2 10um/ 10um 5um/ 5um 1um/ 1um 0.2um/ 0.2um 2um/ 2um 0.5um/ 0.5um
13 Topo Test Structures
14 M1 backbone 10um C M P C h a r a c t e r I z a t I o n S o l u t I o n s CMP Topo Tester (in place of via_chn_250_m3_upper) Probe Alignment structure ~250um space around all sections between sections M2 comb ~700um M2 comb.14 l/s (10 um backbone) Section # 250um space between sections M1 topo sections (750 um vertical trenches /spaces)
15 M1 topo C M P C h a r a c t e r I z a t I o n S o l u t I o n s ATR35 CMP Topo Tester (in place of via_chn_250_m3_upper) CMP Topography tester (replace via_chn_250_m3 in top portion) tester width (mm) mm space between sections M1 topo (no vias) M2 comb 140nm trench/140nm sp perpendicular to test for shorts (see ppt diagram) section trench space pitch metal tester x dim total x dim # repeats (nm) (nm) (nm) density (mm) (mm) y-dim (um) Use a scaled version of this pattern as the topo sections under combs/serps (CS topo) use horizontal trenches in these testers Section 1 750um long 250um Section 2
16 CMP_TOPO_Tester Metal 1 Metal 2 Pad 10um 9um/ 1um 2.25/ / µm 90um/ 90um 90um/ 10um 10um/ 10um 2.25um 2.25/ /0.25 No of Lines: Metal 2 COMB: 0.14 um / 0.14 um L/S
17 CMP Pad Tester left border left sections density trench space height pitch # repeats width left side testers 250 top border left space left space left space left bot border total 2000 Right side testers space (between lt & rt sect) right sections density trench space pitch # repeats width right border 234 space right space right space right space right space Large pad Get Topo vs. Pattern Density and Line Width
18 CMP Pads at Metal µm 0.2um/ 0.2um 1.8um/ 0.2um 9.8um/ 0.2um 500 µm 0.11um/ 1um 1um/ 1um 9um/ 1um 49um/ 1um 500 µm Dense and Iso pad structures
19 CMP Pad Testers 4 pads measured in 1 trace Profilometer traces
20 Fang Test Structures
21 CMP Fang Tester Diagram 120µm x 120µm bond pads, 155µm pitch M2 comb 0.20µm l/s, height of each 100µm 50µm A 100µm 50µm CMP topography structures 100µm 50µm B 100µm 50µm 950µm (max M1 structure 910µm) 100µm 50µm C 100µm 1300µm (max M1 structure 1200µm) Use A, B, C for fang structures 1, 2 and 3 Use B for fang structure 4
22 CMP Fang Testers Metal 2 COMBs over Metal Topography: Metal 2 COMB dimensions: 0.2 µm line / 0.2 µm space Metal 1 topography dimensions: see each page for detail. Metal 1 Metal 2 Pad
23 CMP Fang 1 Tester 200 um / 20 10/ 10 5/ 5 2/ 2 1/1 0.5/ /0.2 20/ 20 10/ 10 5/5 2/ 2 1/1 0.5/ /0.2 The unit is um.
24 CMP Fang 2 Tester 10um/ 10um 5um/ 5um 2um/ 2um 200 um 1um/ 1um 0.5um/ 0.5um 0.2um/ 0.2um 10um/ 10um 5um/ 5um 1um/ 1um 0.2um/ 0.2um 2um/ 2um 0.5um/ 0.5um
25 CMP Fang 3 Tester 90um/ 10um 45um/ 5um 18 um/ 2um 200um 9um/ 1um 4.5um/ 0.5um 1.8um/ 0.2um 90um/ 10um 45um/ 5um 18um/ 2um 9um/ 1um
26 CMP Fang 4 Tester 500 µm 500 µm
27 E-Test Structures
28 CMP Tester Layout Dummy Pattern Resistor (Cu line) Measure impact of dummy pattern on line resistance (dishing / erosion) Each device (DUTs) has different dummy pattern or line width
29 ATR35 - CMP Resistance Testers Pattern ~400um wide each side proximity resistor Voltage tap 1 device (6 variations + 1 VDP per test module)
30 ATR35 - CMP Resistance Testers Topo Pattern lines /spaces~200um wide each (in 1 m2 tester only) resistor Resistor to pattern space pattern space pattern trench Voltage tap 1 device (6 variations) + 1 VDP per test module)
31 ATR35 - M1 CMP Resistance Testers CMP_M1_a (replace CMP_m1_top section) length lines = 750um width in um width in um width in um width in um width in um width in um DR Description VDP DUT1 DUT2 DUT3 DUT4 DUT5 DUT6 1 Resistor line-width Resistor to pattern line spacing Pattern line-width Pattern spacing # pattern l/s on each side of resistor total width (um) resistor line length pattern density < VDP line width 10 iso fang dishing dishing CMP_M1_b (replace CMP_M3_ top section) DR Description VDP DUT1 DUT2 DUT3 DUT4 DUT5 DUT6 1 Resistor line-width Resistor to pattern line spacing Pattern line-width Pattern spacing # pattern l/s on each side of resistor total width (um) resistor line length pattern density < VDP line width 50 iso fang dishing dishing
32 ATR35 M2 CMP Resistance Testers CMP_M2_a (replace CMP_m2_top section) length lines = 750um width in um width in um width in um width in um width in um width in um DR Description VDP DUT1 DUT2 DUT3 DUT4 DUT5 DUT6 1 Resistor line-width Resistor to pattern line spacing Pattern line-width Pattern spacing # pattern l/s on each side of resistor total width (um) resistor line length pattern density <1 < VDP line width 10 iso iso fang fang dishing dishing CMP_M2_b - with underlying topo (replace CMP_M2 in bottom section) DR Description DUT1 DUT2 DUT3 DUT4 DUT5 DUT6 1 Resistor line-width Resistor to pattern line spacing Pattern line-width Pattern spacing # pattern l/s on each side of resistor total width (um) resistor line length pattern density M1 topo (l/s) - horizontal.2/.2 10/10 90/10.2/.2 10/10 90/10 10 VDP 50
33 CMP Pad Tester Diagram - different pattern in each pad Horizontal trenches spaces in each section Left border 1L 1R Right border Space between right sections 2L 2R Space between left and right sections 250um x 250 um pads
34 Recommended ATR35 Structure The structure on ATR35 which most closely matches the 100/100 structure on Sematech is the 90/90 structure Refer to slide 13
35 CMP_TOPO_Tester 90um/90um Line Profile
36 CMP_TOPO_Tester 90um/90um Line Profile
37 CMP_TOPO_Tester 90um/90um Line Profile
38 ATR35 Summary Design rules at 140nm and 90nm Multiple CMP test physical and electrical test structures
39 CMP_FANG1 Die Floor Plan um 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2
40 CMP_FANG1 Row 1 Line Profile
41 CMP_FANG1 Row 1 Line Profile L1 L2 L3 L4 L5 L6 L7 L8 L9 L1 L L3 L L5 L6 L7 L8 L
42 CMP_FANG1 Die Floor Plan um 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2
43 CMP_FANG1 Row 2 Line Profile
44 CMP_FANG1 Row 2 Line Profile A1 A1 A2 A2 A3 A4 A3 A4 A5 A5 A6 A6 A7 A7 A1 A1 A2 A2 A3 A3 A A4 A5 A5 A6 A6 A7 A7
45 CMP_FANG1 Die Floor Plan um 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2 20/20 10/10 5/5 2/2 1/1 0.5/ /0.2
46 CMP_FANG1 Row 3 Line Profile
47 CMP_FANG1 Row 3 Line Profile A1 A1 A2 A2 A3 A3 A4 A5 A4 A5 A6 A6 A7 A7 A1 A1 A2 A2 A3 A3 A4 A4 A5 A5 A6 A6 A7 A
48 CMP_FANG2 Die Floor Plan 10um/ 10um 5um/ 5um 2um/ 2um 200 um 1um/ 1um 0.5um/0.5um 0.2um/ 0.2um 10um/ 10um 5um/ 5um 2um/ 2um 1um/ 1um 0.5um/ 0.5um 0.2um/ 0.2um
49 CMP_FANG2 Row 1 Line Profile
50 CMP_FANG2 Row 1 Line Profile Array 1 Array 1 Array 2 Array 2 Array 3 Array 3 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A)
51 CMP_FANG2 Die Floor Plan 10um/ 10um 5um/ 5um 2um/ 2um 200 um 1um/ 1um 0.5um/0.5um 0.2um/ 0.2um 10um/ 10um 5um/ 5um 2um/ 2um 1um/ 1um 0.5um/ 0.5um 0.2um/ 0.2um
52 CMP_FANG2 Row 2 Line Profile
53 CMP_FANG2 Row 2 Line Profile Array 1 Array 1 Array 2 Array 2 Array 3 Array 3 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A)
54 CMP_FANG2 Die Floor Plan 10um/ 10um 5um/ 5um 2um/ 2um 200 um 1um/ 1um 0.5um/0.5um 0.2um/ 0.2um 10um/ 10um 5um/ 5um 2um/ 2um 1um/ 1um 0.5um/ 0.5um 0.2um/ 0.2um
55 CMP_FANG2 Row 3 Line Profile
56 CMP_FANG2 Row 3 Line Profile A1 A1 A2 A2 A3 A3 A4 A4 A5 A5 A6 A6 A1 A1 A2 A2 A3 A3 A4 A4 A5 A5 A6 A
57 CMP_FANG3 Die Floor Plan 90um/ 10um 45um/ 5um 18um/ 2um 200 um 9um/ 1um 4.5um/ 0.5um 1.8um/ 0.2um 90um/ 10um 45um/ 5um 18um/ 2um 9um/ 1um
58 CMP_FANG3 Row 1 Line Profile
59 CMP_FANG3 Row 1 Line Profile Array 1 Array 1 Array 2 Array 2 Array 3 Array 3 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A)
60 CMP_FANG3 Die Floor Plan 90um/ 10um 45um/ 5um 18um/ 2um 200 um 9um/ 1um 4.5um/ 0.5um 1.8um/ 0.2um 90um/ 10um 45um/ 5um 18um/ 2um 9um/ 1um
61 CMP_FANG3 Row 2 Line Profile
62 CMP_FANG3 Row 2 Line Profile Array 1 Array 1 Array 2 Array 2 Array 3 Array 3 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A)
63 CMP_FANG3 Die Floor Plan 90um/ 10um 45um/ 5um 18um/ 2um 200 um 9um/ 1um 4.5um/ 0.5um 1.8um/ 0.2um 90um/ 10um 45um/ 5um 18um/ 2um 9um/ 1um
64 CMP_FANG3 Row 3 Line Profile
65 CMP_FANG3 Row 3 Line Profile Array 1 Array 1 Array 2 Array 2 Array 3 Array 3 Array 4 Array 4 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A) Array 4 (A) Array 4 (A)
66 CMP_FANG4 Die Floor Plan 500 um 500 um
67 CMP_FANG4 Row 1 Line Profile
68 CMP_FANG4 Row 1 Line Profile (A) (A)
69 CMP Pads at Metal um 0.2um/ 0.2um 1.8um/ 0.2um 9.8um/ 0.2um 500 um 0.11um/ 1um 1um/ 1um 9um/ 1um 49um/ 1um 500 um
70 CMP Pads Row 1 Line Profile
71 CMP Pads Row 1 Line Profile Array 1 Array 3 Array 3 Array 4 Array 2 Array 2 Array 4 Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A) Array 4 (A) Array 4 (A)
72 CMP Pads at Metal um 0.2um/ 0.2um 1.8um/ 0.2um 9.8um/ 0.2um 500 um 0.11um/ 1um 1um/ 1um 9um/ 1um 49um/ 1um 500 um
73 CMP Pads Row 2 Line Profile
74 CMP Pads Row 1 Line Profile Array 3 Array 3 Array 4 Array 4 Array 1 Array 1 Array 2 Array 2 Array 1 (A) Array 1 (A) Array 2 (A) Array 2 (A) Array 3 (A) Array 3 (A) Array 4 (A) Array 4 (A)
75 CMP_M1_A C M P C h a r a c t e r I z a t I o n S o l u t I o n s CMP_M1_B 2 x L50 µm 2 x L50 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm 2 x L1.0 µm Array L10 µm / S10 µm 2 x L200 µm Square feature 2 x L1.0 µm Array L10 µm / S10 µm 2 x L200 µm CMP_M1_B and CMP_M1_A have same array dimensions. CMP_M1_B has a square feature, as is shown above, whereas CMP_M1_A does not. CMP_M1_A exhibits a greater amount of dishing after CMP, as is shown on the following pages.
76 2 x L50 um Structure 2 x L50 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm CMP_M1_A 2 x L50 Profile CMP_M1_A shows 18% more dishing Array L10 µm / S10 µm 2 x L1.0 µm 2 x L200 µm Note: Graphs not to scale CMP_M1_B 2 x L50 Profile
77 4 x L90 / S10 um Structure 2 x L50 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm Array L10 µm / S10 µm CMP_M1_A 2 x L90/S10um Profile CMP_M1_A shows 11% more dishing than CMP_M1_B 2 x L1.0 µm 2 x L200 µm Note: Graphs not to scale CMP_M1_B 2 x L90/S10um Profile
78 2 x L200 um Structure 2 x L50 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm Array L10 µm / S10 µm CMP_M1_A 2 x L200 Profile CMP_M1_A shows 22% more dishing than CMP_M1_B 2 x L1.0 µm 2 x L200 µm Note: Graphs not to scale CMP_M1_B 2 x L200 Profile
79 L10 µm/ S10 µm Array Structure 2 x L50 µm Array L2.0 µm / S2.0 µm 4 x L90 µm / S10 µm Array L10 µm / S10 µm CMP_M1_A L10um/S10um Profile CMP_M1_A shows 18% more dishing than CMP_M1_B 2 x L1.0 µm 2 x L200 µm Note: Graphs not to scale CMP_M1_B L10um/S10um Profile
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