silicon solutions for the real world rohs compliant & green components
TRANSCRIPT
Silicon Solutions for the Real WorldSilicon Solutions for the Real World
RoHS Compliant &
Green Components
RoHS Compliant &
Green Components
Silicon Solutions for the Real WorldSilicon Solutions for the Real World
ContentContent
Environmentally Friendly Materials DriversLegislationAMIS RoHS & Green Component DefinitionHazardous Substances in Current ComponentsRe-Flow Profile for Moisture Sensitivity AssessmentImpact Pb-Free Solder on Package ConstructionAMIS Changes in Bill of Assembly MaterialsQualification Stress Test ConditionsProduct Marking and LabelingAMIS RoHS-Green Qualification Status
Silicon Solutions for the Real WorldSilicon Solutions for the Real World
Environmentally Friendly Materials DriversEnvironmentally Friendly Materials Drivers
RoHS Directive 2002/95/EC Effective July, 2006Lead Pb < 1000 ppmMercury Hg < 1000 ppmCadmium Cd < 100 ppmHexavalent Chromium Cr+6 < 1000 ppmPolybrominated Biphenyl PBB < 1000 ppmPolybrominated Diphenyl Ether PBDE < 1000 ppm
Market PressureJapanese Consumers Demand Green ComponentsNew Designs for Consumer Products are all Green
High Temperature ApplicationsSolders Required for Harsh Environments
AutomotiveAvionics
High Ambient Temperature Applications for well Defined Duration
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Worldwide LegislationWorldwide Legislation
RoHS(Restriction of Hazardous Substances)
Pb, Hg, Cd, Cr+6PBB & PBDE
JGPSSI (Japan Green Procurement Survey Standard Initiative)
Pb, Hg, Cd, Cr+6PBB, PBDE, TBBP-A-bisChlorinated Organic Compound PCB, PCN, CP, MirexOrganic Sn CompoundAsbestosAzoFormaldehydePVC & PVC Blends
Situation of Banned Substances in the World
Different Definitions & Thresholds are being Debated in EU, Japan & US
Whether all Worldwide Brominated Substances or only Specified Types will be Banned is still Unclear
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Japanese LegislationJapanese Legislation
JapaneseThe Japanese Ministry of Trade (MITI) Passed a Recycling Law for Electrical Appliances with Effect from April 2001
This Suggests but does not Include Lead Phase-out Timetable
OEM's are Removing Lead from Electronics Mainly due to Market Pressures
The JGPSSI (Japan Green Procurement Survey Standard Initiative) is Followed by many OEM’s
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Directive 2002/95/EC (RoHS)
Proposal for an Directive on Eco-Design of End-Use Equipment (EUP) that will have some Regard to Hazardous Materials in Equipment
EU LegislationEU Legislation
Applicable for:Large Household AppliancesSmall Household AppliancesIT & Telecom EquipmentConsumer EquipmentLighting EquipmentElectrical & Electronic ToolsToys, Leisure & Sports EquipmentMedical Equipment SystemsMonitoring & Control InstrumentsAutomatic Dispensers
Who is Exempt:
Medical Implanted & Injected Products
Pb in Servers, Storage & Storage Systems until 2010
Large Stationary Industrial Tools
Pb in High-End Manufacturing & Telecommunications Products
Automotive, Aerospace, Military
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United States LegislationUnited States Legislation
United StatesAlthough a Number of States are Heading Towards Lead-Free and/or Recycling Regulation There is not yet a Published Federal Position
In September 2003 California Enacted an E-Waste Recycling Bill
The EPA (Environmental Protection Administration) has Proposed a Crack-down on Lead Emissions from Plants that may Impact the Soldering Industry
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AMIS RoHS & Green DefinitionAMIS RoHS & Green Definition
RoHS Compliant = AMIS Pb-FreePb < 1000 ppmHg < 1000 ppmCd < 100 ppmCr+6 < 1000 ppmPolybrominated Biphenyl < 1000 ppmPolybrominated Diphenyl Ether < 1000 ppm
Full Green = AMIS GreenAll of the Above Requirements Plus
Bromine < 900 ppmChlorine < 900 ppmAntimony < 900 ppmTributyltin Oxide Not UsedPhosphorus Not Used
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Hazardous Substances in Current CompoundsHazardous Substances in Current Compounds
Pb as Solder Plated Leads or Balls of PackagesPb Content Solder Plated Leads: 0.1 – 0.3% by Weight
Pb Content Solder Balls of BGA Packages: 4.9% by Weight
Bromide &/or Antimonated Flame Retardant of Epoxy Molding Compound
Bromide Content: 0.2 – 1.8% by Weight
Antimony Content: 0.3 – 0.7% by Weight
DIEDIE DIE
Laminated Package
Solder Lead Finish
Leaded Package
Solder Balls
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Re-Flow Profile for Moisture Sensitivity AssessmentRe-Flow Profile for Moisture Sensitivity Assessment
AMIS Solder Peak Temperature for Pb-Free is 260 +0/-5°C
Large Body Small Body Large Body Small Body Large Body Small Body Large Body Small Body
Average ramp-up rate(TL to Tp)
Peak Temperature (Tp)
10-30 seconds 10-30 seconds 10-30 seconds 20-40 seconds 10-30 seconds 10-30 seconds 10-30 seconds 20-40 seconds
Ramp-down Rate
6 Minutes Max. 8 Minutes Max.
IPC/JEDEC J-STD-020B AMIS
Sn-Pb Eutectic Assembly
6 Minutes Max. 8 Minutes Max.
Pb-Free AssemblyProfile Feature
Sn-Pb Eutectic Assembly
Pb-Free Assembly
Preheat• Temperature Min. (Tsmin)
• Temperature Max. (Tsmax)
• Time (Min. to Max.)(ts)
Tsmax to TL
• Ramp-up Rate
Time Maintained Above:
• Temperature (TL)
• Time (tL)
3ºC/second Max. 3ºC/second Max. 3ºC/second Max. 3ºC/second Max.
Time Within 5ºC of Actual Peak Temp. (tp)
Time 25ºC to Peak Temp.
100ºC
150ºC
60-120 Seconds
150ºC
200ºC
60-180 Seconds
100ºC
150ºC
60-120 Seconds
150ºC
200ºC
60-120 Seconds
183ºC
60-150 Seconds
217ºC
60-150 Seconds
183ºC
60-150 Seconds
217ºC
60-150 Seconds
225 +0/-5ºC 240 +0/-5ºC 245 +0/-5ºC 250 +0/-5ºC 225 +0/-5ºC 240 +0/-5ºC 260 +0/-5ºC 260 +0/-5ºC
3ºC/second Max. 1-2ºC/second Max. 1.5-2.5ºC/second Max.
6ºC/second Max.6ºC/second Max.6ºC/second Max.6ºC/second Max.
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Re-Flow Profile for Moisture Sensitivity AssessmentRe-Flow Profile for Moisture Sensitivity Assessment
Reflow Profiles for SOIC 24 pins @ 260°C
0
50
100
150
200
250
300
1 33 65 97 129
161
193
225
257
289
321
353
385
417
449
Tim e (sec)
Tem
per
atu
re (
°C)
Cycle 1
Cycle 2
Cycle 3
AMIS Solder Peak Temperature for Pb-Free is 260 +0/-5°C
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Impact Pb-Free Solder on Package ConstructionImpact Pb-Free Solder on Package Construction
Exposure to Higher Solder TemperaturesThe Impact from 220 to 240 or 260°C Solder Temperatures
SolderabilityThe Interaction Between the Pb-free Component Finish & Solder Paste
Interface Adhesion Between MaterialsThe Higher Probability that Interfaces will Separate as they are Exposed to the High Solder Temperature
Thermal Stability in Compound/Die Attach/Substrate
Electrical Contact Resistance
DIE
Laminated Package
Solder Balls
DIE DIE
Solder Lead Finish
Leaded Package
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Changes in Bill of Assembly MaterialsChanges in Bill of Assembly Materials
Lead Frame Packages = AMIS goes Green
New Materials for Die Attach & MoldMaterials that Withstand 260°C
Halogen Free Materials
Lead FinishPure Sn Plating is Selected as Solution
Pure Sn is the most Mainstream Solution
Post plate bake is part of the AMIS process flow and demonstrated good results as whisker mitigation process
NiPdAu is available as an alterative finish option
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Changes in Bill of Assembly MaterialsChanges in Bill of Assembly Materials
Laminate Packages = AMIS goes RoHS Compliant
Existing Substrates are RoHS Compliant & Qualified
Green Substrates are Available but more Expensive & not yet Qualified
New Materials for Die Attach & MoldMaterials that Withstand 260°C
Halogen Free Materials
Lead FinishSn- 4.0Ag- 0.5Cu has been Selected (most std at Subs)
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Qualified Stress Test ConditionsQualified Stress Test Conditions
- 65/150°C, 500x
- 65/150°C, 1000x
- 65/175°C, 500x
- 65/175°C, 1000x
- 50/150°C, 500x
- 50/125°C, 1000x
- 65/150°C, 500x
- 50/150°C, 1000x
- 65/175°C, 500x
- 50/175°C, 1000x
- 50/150°C, 2000x
Temp Cycle
Per J-STD-020 for SMD componentsPreconditioning
175°C, 1000 hrs
175°C, 2000 hrs
150°C, 1000 hrs
175°C, 500 hrs
175°C, 1000 hrs
150°C, 2000 hrs
High Temp Storage Life (plastic pkg)
121°C / 100% – 96 hrs
HAST 130°C / 85% – 96 hrs
Autoclave or unbiased HAST
85°C / 85% / Bias – 1000 hrsTHB or HAST
- 40/125°C, 1000x- 40/150°C, 1000x- 40/105°C, 1000x- 40/125°C, 1000x- 40/150°C, 1000xPower Temp Cycle
Grade 2
(- 40 / 105°C)
Grade 1
(- 40 / 125°C)
Grade 0
(- 40 / 150°C)
Part OperatingTemperature Grades
Per J-STD-020 Minimum Level 2260ºC max. Re-Flow Temperature
HAST 130°C / 85% / Bias – 96 hrsFor Product Qualifications
121°C / 100% – 96 hrsFor Package Qualifications
AEC – Q100 REV-F AMIS
150°C, 1000 hrs
150°C, 2000 hrs
125°C, 1000 hrs
150°C, 500 hrs
Grade 0
(- 40 / 150°C)
Grade 1
(- 40 / 125°C)
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AMIS RoHS-GreenQualification StatusAMIS RoHS-GreenQualification Status
Pure Sn NiPdAu SnAgCu
LFBGA Taiw. - Philip. - Sing. RoHS Completed 3LQFP Taiw. - Korea - Philip. - Sing. Green Completed ww5005 3LQFP-EP Korea Green 3NQFP Punch Korea Green Completed 3NQFP Saw Taiw - Philip. - Indon. Green Completed ww5005 3PBGA-FPBGA Philip. - Taiw. RoHS Completed 3PDIP Philip. - Indon. RoHS Completed 3PLCC Philip. - Indon. Green Completed 3PQFP Taiw. - Korea - Philip. - Sing. Green Completed ww5005 3SBGA Korea RoHS Completed 3SOIC 150 Philip. - Taiw. - Indon. Green Completed Completed 2SOIC 300 Philip. - Taiw. - Indon. Green Completed ww2905 2SSOP Philip. - Indon. Green Completed ww3505 2TE-PBGA Korea RoHS Completed 3TQFP Korea Green Completed ww5005 3TQFP-EP Korea Green Completed ww5005 3TSSOP Philip. Green Completed Completed 2
MRTLevel
Qualification StatusPackageType
SubconLocation
Green orRoHS
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Product Marking & LabelingProduct Marking & Labeling
In Alignment with JESD97Components Contain Pb-Free Category Code
Labels ContainPb Free Category Code
Safe Maximum Temperature
Moisture Sensitivity Level
Pb-FreeCategory
Component terminal material finish description
e1 SnAgCue2 Sn alloys with ni Bi or Zn, excluding SnAgCue3 pure Sne4 Ag, Au, NiPd, NiPdAu and other precious metals containing no Sne5 SnZn, SnZnx containing no Bie6 As e5 but with Bie7 Low temp solders (</- 150C) containing In but not Bi
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AMIS RoHS-Green Project StatusAMIS RoHS-Green Project Status
The Majority of the Packages Offered by AMIS are Green or RoHS Qualified
AMIS will Continue to Provide Non-RoHS & Non-Green Products unless Requested Differently
Green & RoHS Compliant Product is Available Upon Request
Contact AMIS Sales for more Information
AMIS Operational Systems have been Adjusted to Recognize & Distinguish Green & RoHS Compliant Product from the Existing Production