3.5mm沉板耳机座

Item Test items Requirments Condition and Test method 1 Examination of product No physical damage EIA-364-18A. Visual inspection. 2 Contact resistance 50mΩ Max EIA 364-23A Subject mated contacts assembled in housing to be measured at 1KHz, 20mV Max. open circuit at 100 mA Max. by contact resistance meter. 3 Insulation resistance 100MΩ Min. EIA 364-21B Insert plug gauge into the specimen, apply 500V DC for 1 minute between adjacent terminals. 4 Dielectric Withstanding Voltage No flashover or insulation breakdown EIA 364-20A Apply 500V AC (50Hz or 60 Hz) between adjacent terminals or ground for 1 minute. 5 Insertion and extraction force Insertion force:2.0kgf Max Extraction force:0.3~2.0kgf Max EIA 364-13A Insertion and extraction force shall be measured after inserting and withdrawing 3 times by using a plug gauge, and then measure the insertion and extraction force. Mating/unmating at a rate of 12.5mm per minute. 6 Durability (1) Appearance: No breakdown; (2) Insertion & extraction force and Electrical characteristic shall be satisfied. (3)Contact resistance:150mΩ Max EIA 364-09B Inserting and withdrawing up to 5000 cycles repeatedly at the rated of between 15 and 18 cycles per minute. 7 Solder-ability (1) Above 95% of immersed area show no voids or pin holes EIA 364-52 Dip solder-tails in flux then immerse in bath at 245±5℃ up to 0.5mm from the bottom of the housing for 4～5s 8 Resistance to soldering heat 1)Without any deformation of case or excessive losseness of the pins.Electrical characteristics shall be satisfied Solder bath method: Solder temperature:260±5℃ Immersion time:10±1s Solder iron method: Solder temperature:350±10℃ Immersion time:3±1s Excessive pressure shall not be applied to the terminal 4.2 Performance and Test description The connectors shall be designed to meet the electrical, mechanical and environmental performance requirements specified as belows. 5. TEST REQUIREMENTS AND PROCEDURES SUMMARY Operating Temperature Range ：-20～+80℃ Operating Humidity Range ：95%H.R.Max. Standard test conditions shall be 5 to 35℃ in temperature and 45 to 85% in humidity and 86kPa to 106kPa air pressure. 4.1 Rating Refer to respective Getwell product drawings for information on materials, plating and marking; Solder component shall meet lead- free soldering requirements and the connectors shall be RoHS compliant. 4. REQUIREMENTS Rated Voltage (Max) ：12V DC Rated Current (Max) ：0.5A J&K PRODUCT SPECIFICATION 1. SCOPE This specification covers the performance, tests and quality requirements for “J&K PHONE JACK ”。 Product shall be of the design, construction and physical dimensions specified on the applicable product drawing. 3.2 Material and Plating 2. APPLICABLE DOCUMENTS In the event of conflict between the requirements of the specification and product drawing, the product drawing shall take precedence, In the event of conflict between the requirements of the specification and the referenced documents, the specification shall take precedence. 3. PRODUCT DESCRIPTION 3.1 Design And Construction 9 Resistance to heat EIA 364-17B 80±2℃ for 96 hours, test after keeping in normal condition for 30 minutes. 10 Humidity test EIA 364-31 40±2℃ 90-95%RH for 96 hours, test after keeping in normal condition for 30 min. 11 Resistance to cold EIA 364-17B At -20±2℃ for 96 hours, test after keeping in normal condition for 30 min. 12 Salt spray 1)Appearance:No noticeable rust and other physical damage (2)Contact resistance:50mΩ Max EIA 364-26 Mate plugs and expose to the following sal mist conditions.Upon completion of the exposure period,salt deposits shall be removed by a gentle wash or dip in running water,after which the specified measurements shall be performed. 13 Resistance to Reflow Soldering Heat Pre-Heat 预热150~170°C: 60~120sec Heat加热220+/-10°C: 60sec. Min. Heat Peak 峰值260+/-5°C: 10sec. Max. (See FIG 1.) (1) Contact resistance: 150 mΩ Max (2) Insulation resistance: 50 MΩ Min. (3)Withstand voltage500V AC(50Hz or 60Hz) (4)There shall be no sign of damage mechanically and electrically. Test Report No.: GZ1103027828/CHEM Date: MAR 22, 2011 Page 1 of 4 DONGGUAN C.C.P. CONTACT PROBES CO., LTD NO.10, NAN MAIN AVENUE, HUMAN TOWN, DONGGUAN, GUANGDONG The following sample(s) was/were submitted and identified on behalf of the applicant as LCP SGS Job No. : GZ13012835EC SGS Internal Reference No. : 12.1 Client Reference Information : Material No.: H32A254-E0 Supplier : SHENZHEN YUHENG PRECISION MOULD CO., LTD Date of Sample Received : MAR 16, 2011 Testing Period : MAR 16, 2011 TO MAR 22, 2011 Test Requested : Selected test (s) as requested by client. Test Method : Please refer to next page(s). Test Result(s) : Please refer to next page(s). Conclusion : Based on the performed tests on submitted sample(s), the results comply with the RoHS Directive 2002/95/EC and its subsequent amendments. Signed for and on behalf of SGS-CSTC Ltd. ______________________ Manson Yang Approved Signatory Test Report No.: GZ1103027828/CHEM Date: MAR 22, 2011 Page 2 of 4 Test Results: Description for specimen 1 : Black plastic RoHS Directive 2002/95/EC Test Item(s) Unit Test Method (Reference) Result MDL Limit Cadmium (Cd) mg/kg IEC 62321: 2008, ICP-OES N.D. 2 100 Lead (Pb) mg/kg IEC 62321: 2008, ICP-OES 5 2 1000 Mercury (Hg) mg/kg IEC 62321: 2008, ICP-OES N.D. 2 1000 Hexavalent Chromium (CrVI) by alkaline extraction mg/kg IEC 62321: 2008, UV-Vis N.D. 2 1000 Sum of PBBs mg/kg - N.D. - 1000 Monobromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Dibromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Tribromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Tetrabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Pentabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Hexabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Heptabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Octabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Nonabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Decabromobiphenyl mg/kg IEC 62321: 2008, GC-MS N.D. 5 Sum of PBDEs mg/kg - N.D. - 1000 Monobromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Dibromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Tribromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Tetrabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Pentabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Hexabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Heptabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Octabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Nonabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Decabromodiphenyl ether mg/kg IEC 62321: 2008, GC-MS N.D. 5 Note: 1. mg/kg = ppm 2. N.D. = Not Detected (< MDL) 3. MDL = Method Detection Limit 4. "-" = Not regulated Test Report No.: GZ1103027828/CHEM Date: MAR 22, 2011 Page 3 of 4 ATTACHMENTSATTACHMENTSATTACHMENTSATTACHMENTS RoHS Testing Flow Chart 1) Name of the person who made testing: Bella Wang / Cutey Yu / Ross Zhan 2) Name of the person in charge of testing: Adams Yu / Ryan Yang 3) These samples were dissolved totally by pre-conditioning method according to below flow chart (Cr6+ and PBBs/PBDEs test method excluded). Sample Preparation Sample Measurement Acid digestion with microwave/ hotplate Filtration Solution Residue 1) Alkali Fusion / Dry Ashing 2) Acid to dissolve ICP-OES/AAS DATA Sample solvent extraction Filtration GC-MS DATA Nonmetallic material Metallic material Adding digestion reagent Heating to 90~95℃ for extraction Filtration and pH adjustment Adding 1,5- diphenylcarbazide for color development UV-Vis DATA Spot test Boiling water extraction Adding 1,5- diphenylcarbazide for color development A red color indicates the presence of Cr6+6+6+6+. If necessary, confirm with UV-Vis. DATA Positive Negative Pb/Cd/Hg PBBs/PBDEs CrCrCrCr6+6+6+6+ Concentration/ Dilution of extraction solution Test Report No.: GZ1103027828/CHEM Date: MAR 22, 2011 Page 4 of 4 Sample photo : SGS authenticate the photo on original report only *** End of Report *** GZ1103027828/CHEM No. SHAEC1009233404 日期: 2010年07月03日. 第1页,共4页. . 浙江万力铜业有限公司. 浙江省嵊州市经济开发区(浦口)南一路 . . 以下测试之样品是由申请者所提供及确认 : C5210. SGS工作编号 :. SP10-021928 - SH. 成分 :. Cu,Sn,P. 样品接收日期 :. 2010年06月30日. 测试周期 :. 2010年06月30日 - 2010年07月03日. 测试要求 :. 根据客户要求测试. 测试方法 :. 请参见下一页. 测试结果 :. 请参见下一页. ..批准签署人. Zhou Yan, Crystal周燕. 本是发布日期为2010年07月03日编号为SHAEC1009233401英文检测报告的中文译本。如有异议，以英文版本为准。. 通标技术服务有限公司 授权签名. 0000143370 测试报告 No. SHAEC1009233404 日期: 2010年07月03日. 第2页,共4页. . 测试结果 :. 样品部件外观描述 :. . . . 1. 铜色金属.SHA10-092334.002 备注 :. (1) 1 mg/kg = 1 ppm = 0.0001%. (2) MDL = 检测极限值. (3) ND = 未检出 ( < MDL ). (4) "-" = 未规定. . 参照IEC 62321:2008: (1) 用ICP-OES测定镉的含量. (2) 用ICP-OES测定铅的含量. (3) 用ICP-OES测定汞的含量. (4) 用点测试法/紫外-可见分光光度计比色法测定六价铬的含量.. 测试方法 :. 002. 镉 (Cd). 100 mg/kg. 2 ND 铅(Pb). 1,000 mg/kg. 2 20 汞 (Hg). 1,000 mg/kg. 2 ND 六价铬(CrVI). - - ♢ Negative 测试项目. 单位.限值. MDL. (1) 最大允许极限值引用自2002/95/EC RoHS指令和后继修正指令2005/618/EC. (2) ◇ 点测试法: Negative= 镀层中未检测到六价铬, Positive = 镀层中检测到六价铬; (当点测试结果为Negative或无法确定时,将采用沸水萃取法作进一步的结果验证.) ◇ 沸水萃取法: Negative = 镀层中未检测到六价铬 Positive = 镀层中检测到六价铬; 明50 cm²表面积的被测试样品的沸水萃取液中六价铬的浓度等于或大 于0.02 mg/kg. 针对金属表面的防腐涂层:由于未获知样品的存储条件和生产日期,样品的六价铬测试结果仅代表测试时样 品的状态.. 备注 :. 0000143370 测试报告 样品编号 SGS样品ID 描述 RoHS指令2002/95/EC No. SHAEC1009233404 日期: 2010年07月03日. 第3页,共4页. . 附件 RoHS测试流程图 1) 分析人员：肖飞/左克春/赵旭东 2) 项目负责人：张春华/徐亮 3) 样品按照下述流程被完全消解（六价铬测试除外） 六价铬 电感耦合等离子体发射光 谱仪 溶液 过滤 残留物 完全消解 用微波消解仪/电热板 进行酸消解 数据 预处理 量取 铅/镉/汞 金属 沸水萃取 加入 1,5-二苯碳 酰二肼显色 点测试 未检测到 检测到 数据 . 若显示红色，表 明检测到六价 铬，必要时采用 紫外-可见光分光 光度计验证 加入 1,5-二苯碳 酰二肼显色 紫外-可见光 分光光度计 非金属 加入消解液 在 90~95℃条件 下萃取 过滤，调整 pH 数据 0000143370 测试报告 No. SHAEC1009233404 日期: 2010年07月03日. 第4页,共4页. . 样品照片:. SHAEC1009233404 SHA10-092334.002. 此照片仅限于随SGS正本报告使用. *** 报告完 ***. 0000143370 测试报告