1 Ucamco Ucam CAM Universal CAM Solution Ucam

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1 Ucamco Ucam CAM + + Universal CAM Solution Ucam Work. Station ØUCAM 스크립트가

1 Ucamco Ucam CAM + + Universal CAM Solution Ucam Work. Station ØUCAM 스크립트가 전혀 필요 없는 완전 자동화 CAM 프로그램

10 Stack-up 메뉴얼 stack-up: 각층의 재질정보 명백하고 능동적인 자동조작을 위한 메뉴 레이어 명 –

10 Stack-up 메뉴얼 stack-up: 각층의 재질정보 명백하고 능동적인 자동조작을 위한 메뉴 레이어 명 – “L 1” 모든 재질과 정보는 미리 저장되어진 룰대로 자동대입 층간 분류 – “LAYER” System classes LAYER (copper), DRILL, EXTRA (non -electrical), FEEDBACK (process information) 층간 세부분류 – “Solder” User-defined sub-classes for custom automation No hard-coded vendor restrictions 재질의 정보 – copper foil #667718 Define new or select from Material Database 재질두께 – “ 0. 035” LAY 667718 L 1 Solder LAY L 2 Signal LAY L 3 Plane LAY L 4 Mixed LAY L 5 Signal LAY L 6 Comp 입력되어진 모든 정보는 사양의 분석 및 제품 분석에 자동으로 대입되어 집니다.

21 또 다른 디자인 룰 체크후의 자동 수정 Smart. DRC – 새로운 체크와 리페어를

21 또 다른 디자인 룰 체크후의 자동 수정 Smart. DRC – 새로운 체크와 리페어를 한번에 1. 선택영역 – errors Outer. Check layerfailed clearance check outside tolerance 2. 체크 3. 확인 Check passed – no errors Check acceptable – errors within tolerance Error overview User-defined check steps, values and tolerances 4. 에러 핸들링 툴의 통합 “한번의 클릭” – 확인하고 & 수정합니다 한걸음씩 최적의 수정선택 Clearance: 0. 22 mm Ø 명백하고 직관적인 구동 , 더욱 높은 생산효과 최소의 불량 율

27 수정메뉴의 세부 내용 – 자동으로 여러 가지 수정의 예를 확인 후 적용 •

27 수정메뉴의 세부 내용 – 자동으로 여러 가지 수정의 예를 확인 후 적용 • 작업 자가 원하는 수정형태를 미리 시뮬레이션을 통해 확인 후 선택 Track clearance small Minimum track narrow Annular ring tootoo small track pad Clip–track Clip. Re-route track shrink Shave pad Shrink pad

49 간편한 임피던스 계산기 표준 타입의 임피던스 계산 Surface Microstrip Embedded Microstrip Symmetric Stripline

49 간편한 임피던스 계산기 표준 타입의 임피던스 계산 Surface Microstrip Embedded Microstrip Symmetric Stripline Dual Stripline W W T H W W W 1 Surface Microstrip T H H 1 W 1 Symmetric Stripline T H W 1 Embedded Microstrip D T W 1 Dual Stripline Ø기본 제공되는건 위의 4가지지만 사용자 임의로 만들어 추가가 가능 합니다.

52 Output Smart. AOI Camtek Automatic/manual definition of inspection regions Depending on incoming data

52 Output Smart. AOI Camtek Automatic/manual definition of inspection regions Depending on incoming data structure Automatic/manual definition of smart exclusion zones One-click definition of registration points View and set inspection parameters Vendor-approved ØUCAM delivers faster AOI with lower risk of escapes

53 Output Smart. AOI Lloyd Doyle Download netlist, image and drill information Fully configured

53 Output Smart. AOI Lloyd Doyle Download netlist, image and drill information Fully configured output files Vendor-approved ØUCAM delivers faster AOI with lower risk of escapes

54 Output Smart. AOI Orbotech Open Orbotech AOI systems Define inspection and exclusion zones

54 Output Smart. AOI Orbotech Open Orbotech AOI systems Define inspection and exclusion zones Define class files for each layer Output AOIimg and AOIprog files Closed Orbotech AOI systems Output job in DPF or ODB++ ØUCAM delivers faster AOI with lower risk 54 of escapes

55 Output Electrical test Overview Electrical testing 지원 장비 리스트 Links to all major

55 Output Electrical test Overview Electrical testing 지원 장비 리스트 Links to all major testers (universal and dedicated) Grid, flying-probe and combination (split) testing Grid testers Flying probe testers ATG Circuit. Line Everett Charles Kyoei Luther & Maelzer Mania Systronic Tecnost Trace TTI 2600 Viking ATG Bath Scientific Fujitsu Hioki Integri-test Mania Speedy Mania Probot Micro. Craft Seica Systronic Trace ØUCAM delivers faster AOI with lower risk of escapes

56 UCAM operating systems Ucam의 실행 운영 환경 PC-based solutions Other hardware Windows NT,

56 UCAM operating systems Ucam의 실행 운영 환경 PC-based solutions Other hardware Windows NT, ME, 98 Windows 2000 Windows XP 32/64 Windows Vista 32/64 Red Hat Linux Solaris for Intel Solaris for Sparc HP-UX Ø Maximum flexibility Ø Maximum power for minimum cost Ø Minimum cost of introduction

57 Http: //www. ucamco. com Http: //mpcb. codns. com

57 Http: //www. ucamco. com Http: //mpcb. codns. com

58 Flexible Circuits Graphic Display Clear graphic display Plus unlimited custom layer-types PROFILE_RIGID PROFILE_CL

58 Flexible Circuits Graphic Display Clear graphic display Plus unlimited custom layer-types PROFILE_RIGID PROFILE_CL PROFILE_FLEX MASK RIGID_OUTER Custom Layer Types FLEX_TOP FLEX_BOT Copper-clad FR 4 No-Flow Prepreg Coverlay Flexible Base Board_outer_profile Board_inner_profile Profile_flex_CL Profile_flex Mask_top L 1 Rigid_top Sub-assemblies L 2 Flex_1 Flex_2 L 3 Final assembly RIGID_OUTER MASK DRILL_FLEX DRILL Materials • Custom display and designation • Click to show full specification L 4 Rigid_bottom Mask_bottom Drill_flex Drill_1_3 Drill_1_4 Ø Higher CAM productivity and lower error-risk Custom Layer Names

59 Flexible Circuits Design Verification Unlimited layer-types unlimited incoming design verification checks Fast, standard

59 Flexible Circuits Design Verification Unlimited layer-types unlimited incoming design verification checks Fast, standard dynamic automation DRC set-up Typical automatic layer-based check suite 1. 2. 3. 4. 5. Coverlay top to copper pad – verify overlap Coverlay top to hole – verify solderability clearance Pad to hole – verify annular ring Coverlay bottom to hole – verify adhesive clearance Rigidizer to hole – verify adhesive clearance and manufacturing tolerance Coverlay top Base Copper Coverlay bottom Rigidizer Ø Designs verified automatically to your rules – without limit

60 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 2: Normalize angles Snap

60 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 2: Normalize angles Snap tracks to correct angle Design angle not limited to multiples of 45° User-defined tolerances 100% automatic operation Ø Layout optimized and verified for long-life dynamic flexing

61 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 3: Equalize bundles Detect

61 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 3: Equalize bundles Detect track bundles Equalize track spacing across bundle 100% automatic operation Ø Layout optimized and verified for long-life dynamic flexing

62 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and

62 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and surfaces smoothed To set radius Maximum deviation and clearance checks 100% automatic Ø Layout smoothed and verified for long-life dynamic flexing

63 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and

63 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and surfaces smoothed On track bundles – progressive radii from set value 100% automatic Ø Layout smoothed and verified for long-life dynamic flexing

64 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and

64 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and surfaces smoothed Special cases – modify rules or flag warning as allowed 100% automatic Short track blended arcs – same radius Ø Not enough space/clearance smaller radius if allowed Layout smoothed and verified for long-life dynamic flexing

65 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and

65 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 4: Corners, joints and surfaces smoothed Single tracks and bundles – different widths With set radius and clearance checks 100% automatic Angled Ø In-line Layout smoothed and verified for long-life dynamic flexing

66 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 5: Teardrop Repair Radius

66 Flexible Circuits Optimization functions Copper Optimize Flex Optimization Step 5: Teardrop Repair Radius the stress-point between track and pad 100% automatic Ø Layout optimized and verified for long-life dynamic flexing

67 Flexible Circuits Optimization functions Copper Optimize Differential etch compensation Assign different compensation values

67 Flexible Circuits Optimization functions Copper Optimize Differential etch compensation Assign different compensation values in different areas For dense HDI and Chip On Flex For differential etching on sculptured circuits Unique continuous measurement algorithm adds compensation 100% automatically Smoothed for optimum stress reduction Ø Layout optimized and verified for precise etch control

68 Flexible Circuits Optimization functions Copper Optimize Coverlay Optimization Set up to your rules

68 Flexible Circuits Optimization functions Copper Optimize Coverlay Optimization Set up to your rules via clear dynamic automation menu Fully automatic operation In-built verification guarantees data integrity X Optimize coverlay overlap Ø Round coverlay corners for rout or die-cut profiling Gang rout narrow gaps – flag warning if feature exposed Layout smoothed and verified for long-life dynamic flexing

69 Panelization Operation Flex. Panelizer panelization Optimum material usage for complex shapes Use outline

69 Panelization Operation Flex. Panelizer panelization Optimum material usage for complex shapes Use outline layer only – for maximum speed Place outlines – for best material use Rotate to any angle – 100% safely Smart. Stack technology automatically – panelizes all layers to the same pattern – adds coupons etc Ø Fast – secure – practical

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