MICRO_USB_母座规格书

目录表承认书封面目录表产品图面(第1页)产品包装规范(第2页)产品规格书(第3~7页)产品检验报告(第8页)群组测试报告(第9~11页)电镀及盐雾测试报告（第12~14页） 黃卡（第15页）材质证明（第16~20页）SGS报告（第21~23页）承认书封底科宇塑胶五金有限公司ѻ ẔFIRST ARTICLE INSPECTION REPORT科宇塑胶五金有限公司PAGE 1/3Ｋｅｙｕ　Ｐｌａｓｔｉｃ　Ｈａｒｄｗａｒｅ　ＣＯ．，ＬＴＤFILE NAME: QUALIFICATION TEST REPORTPART NAME:MICRO USB CONNECTORPART NOMBER:C-1105-2100-21272/C-1105-2101-21272DATE:2007-06-041. INTRODUCTION1.1. PurposeTesting was performed on the MICRO USB connector to determine its conformance tothe requirements of Product Specification SPEC-0001 Rev A01.2. ScopeThis report covers the electrical, mechanical, and environmental performance ofMICRO USB manufactured by the Assembly Division.1.3. ConclusionMICRO USB connector meets the electrical, mechanical, and environmentalperformance requirements of Product Specification SPEC-0001 Rev A0.1.4. Product Description see specification1.5. Test SamplesThe test samples were randomly selected from normal current production lots, and thefollowing part numbers were used for test:Test Group Quantity Description1, 2,3,4,5, 5 pcs MICRO USB1.6 QUALIFICATION TEST SEQUENCE SEE SPECIFICATION SPEC-0001PAGE 2/3 1.7 TEST DATADATA NO.TEST SPEC. UNIT Mean Ӻ Max. Min. AppearanceNo Damage 5 conn OK OK OK Contact ResistanceMax 30m Ө 25 cont. 24.52 5.20 26.20 21.00 Connector Mating ForceMax 35N 5 conn 13.04 1.30 13.90 12.60 Connector Unmating Force8̚20N 5 conn. 18.80 2.30 19.00 16.70 Durability10000 Cycles 5 conn OK OK OK Connector Mating ForceMax 35N 5 conn 9.34 1.5 10.00 8.50 Connector Unmating Force8̚20N 5 conn 10.56 0.8 11.20 10.60 Contact ResistanceMax: 40m Ө 25 cont. 27.34 7.06 32.06 25.00 1 AppearanceNo Damage 5 conn. OK - OK OK AppearanceNo Damage 5 conn OK OK OK Contact ResistanceMax 30m Ө 25 cont. 24.23 4.52 26.82 22.30 Connector Mating ForceMax 35N 5 conn 12.82 0.70 13.20 12.50 Connector Unmating Force8̚20N 5 conn. 16.64 0.6 17.00 16.40 Random Vibration1 µ s Max 5 conn OK - OK OK Physical Shock1 µ s Max 5 conn OK OK OK Connector Mating ForceMax 35N 5 conn 12.76 0.36 13.00 12.64 Connector Unmating Force8̚20N 5 conn 16.52 0.27 16.90 16.36 Contact ResistanceMax: 40m Ө 25 cont. 27.84 6.90 31.50 24.60 2 AppearanceNo Damage 5 conn. OK - OK OK AppearanceNo Damage 25 cont.. OK - OK OK Insulation ResistanceMin:100Ө 25 cont. OK - OK OK Dielectric Withstanding Voltage100 VAC 1 minute 25 cont. OK - OK OK Thermal Shock-55к~85к 5cycles 5 conn. OK - OK OK Humidity25к~65к95%RH 7cycles(168Hour) 5 conn. OK - OK OK Insulation ResistanceMin:100Ө 25 cont. OK - OK OK 3 Dielectric Withstanding Voltage 100 VAC 1 minute 25 cont. OK - OK OK科宇塑胶五金有限公司Ｋｅｙｕ　Ｐｌａｓｔｉｃ　Ｈａｒｄｗａｒｅ　ＣＯ．，ＬＴＤPAGE 3/31.8. TEST RESULTPASS科宇塑胶五金有限公司Ｋｅｙｕ　Ｐｌａｓｔｉｃ　Ｈａｒｄｗａｒｅ　ＣＯ．，ＬＴＤ˖1L &X )H 0,&5286%%7<(5(&(3$&/(6+(//⏅ ⡍㊒ Ϯ 䰤 ␀䞣䤡 1L &X )HⳈ ˖ ;㎮䔌 ˖ℷ 䭧 ⾦ ␀䞣 䭧 ⾦ 㿜ㅫ ⊩ 䴲 ԡ㛑䞣㆘ 1L &X㍅㿜䞣 䊛1L>0,@ &X>0,@㿜5῭⑪³³12 1L 0, &X 0,12 1L 0, &X 0,12 1L 0, &X 0,12 1L 0, &X 0,12 1L 0, &X 0,⊼˖ XP 0,Ḍ ˖䰜⼹ҩ ⌟䆩 ˖ 䴭㒘㓪 ˖ ˖ ˖Q $X ­ͳ 1L ­ͳQ $X ­ͳ 1L ­ͳQ $X ­ͳ 1L ­ͳQ $X ­ͳ 1L ­ͳQ $X ­ͳ 1L ­ͳ;5$< ;8/0㒘㓪 ˖ 㒘㒧 ˖ ˖ ѻ ˖ $X 1L &X=Q䴦䪰˄ ­ͳ˅䅶䋻 ˖$X 1L;ˊ ˖ ­ͳ ­ͳ ⌟䞣 䯈 V6 ­ͳ ­ͳ& 2 9 > @ 9䇏 䞣 '㣗 5 ­ͳ ­ͳԢ䇏 ­ͳ ­ͳ催䇏 ­ͳ ­ͳ㒘㓪 ˖ ˖ ˖Q 6Q ­ͳQ 6Q ­ͳQ 6Q ­ͳQ 6Q ­ͳQ 6Q ­ͳ;5$< ;8/0㒘㓪 ˖ 㒘㒧 ˖ ˖ ѻ ˖ 6Q 1L &X=Q䴦䪰䫵 ℷ˖≵ Փ⫼ ⠛6Q;ˊ ˖ ­ͳ⌟䞣 䯈 ˖ V6 ˖ ­ͳ& 2 9 > @ 9 ˖䇏 䞣 Q ˖㣗 5 ˖ ­ͳԢ䇏 ˖ ­ͳ催䇏 ˖ ­ͳⲤ ∈ 䳒 䆩 偠 䆄 㸼 ˖2007.05.27 䖯 ˖ 䆩偠 ⷕ: 䆩偠 䯈 25 16 㟇 26 16 䅵 241ˊ∃ 䩴 䋼㒃 䞣99.9% 2ˊ㪌佣∈ 䋼㒃 ∈ 1-2 MI/80F ΃ K 5±1% 3ˊ 䳒䞛 ˖3.1 䳒䞣3.2 䲚⒊⎆ ⏽ⱘ↨䞡 ⌧3.3PH6.7~7.2 䆺㾕 ⿟ 4ˊ䆩ḋ˖4.1 ⾡㉏4.2 ⢊4.34.4 Ⳃḋ5set 5ˊ 㓽ぎ⇨1Kgf/c ΃ 6ˊ䆩偠 Ⳍ ⑓7ˊ䆩偠 ⏽3 ćf ć 8ˊ Ṋ⏽47ćf ć 9ˊⲤ∈Ṋ⏽3 ćf ć10ˊ˖1.ձ ˖8H12H 16H 24H 48HĜ2ˊձ ⊩ ˖8H12H 16H 24H 48H 㒜 ˖ ҹ 䌋 䆩偠 ˖ 㢅科宇塑胶五金有限公司Ｋｅｙｕ　Ｐｌａｓｔｉｃ　Ｈａｒｄｗａｒｅ　ＣＯ．，ＬＴＤCONTENS1. General physical properties of VECTRA® E130i NOTES TO USERS• All property values shown in this brochure are the typical values obtained under varying conditions prescribed by applicable standards and test method.• This brochure has been prepared based on our own experiences and laboratry test data, and therefore all data shown here are not always applicable to parts used under different conditions. We do not guarantee that these data are directly applicable to the application conditions of users and we ask each user to make his own decision on the application.• It is the users' responsibility to investigate patent rights, service life and potentiality of applications introduced in this brochure. Materials we supply are not intended for the implant applications in the medical and dental fields, and therefore are not recommended for such uses.• For all works done properly, it is advised to refer to the appropriate “Technical Catalog” for specific material processing.• For safe handling of materials we supply, it is advised to refer to the Material Safety Data Sheet “MSDS” of the proper material.• This brochure is edited based on reference literatures, information and data currently available to us. So the contents of this brochure are subject to change without notice due to new data.• Please contact our office for any questions about products we supply, descriptive literatures or any description in this brochure.*“VECTRA®”is a registered trademark of Polyplastics in Japan.“Vectra®”,“Celcon®”,“Celanex®”and“Celanese®”are registered trademarks of U.S. company Ticona LLC in the U.S. and other countriesDensity Tensile strength*Tensile elongation*Flexural strength Flexural modulus Flexural strain Charpy impact strength DTUL@1.8MPa Mold shrinkage ratio 80 mm sq ×1mmt Volume resistivity Surface resistivity Dielectric constant 1KHz 1MHz 10GHz Dielectric dissipation factor 1KHz 1MHz 10GHz Dielectric breakdown strength (1mm) (3mm)Tracking resistance Arc resistance Item Testing method E130ig/cm 3MPa %MPa MPa %kJ/m 2˚C %%Injection Pressure Ω • cm Ω(1Mhz)10×-3(1Mhz)MV/m (1Mhz)v s ISO1183ASTM D638ASTM D638ISO178ISO178ISO178ISO179/1eA ISO75-1,2Flow TD MPa IEC60093IEC60093IEC60250IEC60250IEC243-1IEC60112– 1.611752.022015,0002.3352800.020.54591.0×10161.0×10164.33.83.60.0170.0320.0074424125144Unit •All figures in this table are typical values and not minimum values of the material specifications.Note: Refer to the Y ellow Card (File No.E106764)published by UL(Underwriters Laboratories Inc.)for certified values.* The ISO 527-1, 2 test method for tensile properties is not suitable for liquid crystal polymers, so the ASTM method is adopted instead.Table General physical properties of VECTRA ® E130i1. General physical properties of VECTRA ® E130i。