MICRO_USB_母座规格书

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MICRO USB SPEC 及测试资料

MICRO USB SPEC 及测试资料

SPECIFICATION1.MATERIAL AND FINISH1-1.HOUSING:HIGH TEMP THERMOPLASTIC,ULV-0 RATING.COLOR:A TYPE BULE,OTHER TYPE BLACK OR WHITE1-2.CONTACT:COPPER ALLOY.1-3.SHELL:SUS3041-4.CONTACT PLATING:GOLD PLATED ON CONTACTTIN ON SOLDER AREAOVER NICKEL ON CONTACT AREA2.PERFORMANCE:2-1.VOLTAGE RATING:30 VAC2-2.CURRENT RATING:1.5 Amps MAX PER PIN2-3.OPERATING TEMPERATURE:0°C TO +50°C2-4.STORAGE TEMPERATURE:-20°C TO +60°C3.ELECTRICAL:THE POLLOWING REQUIERMENT APPLIES TO BOTH THE POWER AND SIGNAL CONTACTS. 3-1.LOW LEVEL CONTACT RESISTANCE FOR VBUS AND GND CONTACTS:30mΩ MAX.INITIAL.3-2.LOW LEVEL CONTACT RESISTANCE FOR OTHER CONTACTS:50mΩ MAX.INITIAL 3-3.MAX CHANGE(DEITA)OF 10mΩ AFTER ENVIRONMENTAL STRESSES.3-4.DIELECTRIC WITHSTANDING VOLTAGE:100 VAC AT SEA LEVEL3-5.INSULATION RESISTANCE:100mΩ MIN INITIAL.4.MECHANICAL:4-1.INSERTION FORCE:35N/PCS MAX4-2.REMOVAL FORCE:10N/PCS MIN4-3.RETENTION FORCE:8N/PCS MIN5.ENVIRONMENTAL:5-1.PHYSICAL SHOCK:PASS MIL-STD-202F TEST CONDITION5-2.VIBRATION:PASS MIL-STD-202F,CONDITION V TEST LETTER5-3.HUMIDITY:PASS MIL-STD-202F,METHOD III TEST CONDITIONNOTE:1.Standard-A,Standard-B and Powered-B series Q-TEST Ground:A,B,C,D,E,F:2.Micro Connector Family Q-TEST Ground:A.B.C.D.E.F .G;SPECIFICATION7.O.Q-TEST sequences identification:Test ItemA (1-5)B(6-10) C(11-15) D(16-20) E(21-25) F(26-30) G(31-35)1.Low Level Contact Resistance 2,7 1,3 1,3 1,3 1,32.DielectricWithstanding Voltage1,83.Insulation Resistance 24. Insertion Force355.Extraction Force 4,66.Durability57.4-Axes Continuity 2 8.Solderability 49.VisualDimensional Inspec3,5 5 1,310.Temperature Lift 2 11.Vibration 212.Cyclic Temperature and Humidity213.Thermal Shock 2 14.Salt Spray415.Contact Capacitance 16.Electrical Mechanical Encironmental Performance:Items TestCondition Requirements6.Durability The object of this test todetail aatandard method to measurethe electrical resistance acrossa pair of mated contacts undera low voltage/current condition.Measurement to use the Kelvin4-wire method. 30mΩmaximum initial for the Power(VBUS) and Ground(GND) contacts and 50mΩmaximum ignition for all other contacts when measured at 20mVmaximum open circuitat 100mA.Mated contacts under test must be in a connector housing.2. DielectricWithstandingVoltage The object of this test procedureIs to detail a test method toProve that a USB 3.0 connectorCan operate safely at its ratedVoltage and withstandmomentary over potentials dueTo switching,surges and/orother similar phenomena.100V AC for 1 minute between adjacent contactand shell3. Insulation resistance The object of this test procedureIs to detail a standard methodTo assess the insulationresistance of USB 3.0 connectorThis test procedure is used toDetermine the resistanceoffered by the insulationmaterials and the various sealsof a connector to a DC potentialtending to produce a leakage ofcurrent through or on thesurface of these of thesemembers.100 MΩ Min4. Insertion Force The object of this test is to detaila standard method fordetermining the mechanicalforces that are required forinserting a USB 3.0 35 Newtons maximum at a maximum rate of 12.5mm per minute5.Extraction Force The object of this test is to detaila standard method fordetermining the mechanicalforces that are required forinserting a USB 3.0 10 N min initial and 8 N min after the specified insertion/extravtion, or durability cycles(at a maximum rate of 12.5mm per minute).No burs or sharp edges are allowed on top of locking latches(hook surfaces which will rub against receptacle shield)6.Durability The object of this test procedureis to detail a uniform testMethod for determining theeffects caused by subjecting ausb3.0 connector to theconditioning action of insertionand extraction,simulating theexpected life of the connector.Durability cycling with a gaugeIs intended only to produceMechanical stress,DurabiliyPerformed with matingComponents is intended toProduce both mechanical andWear stress.Standard-A,Standard-B and Powered-Bseries:o Standard Durabiliy Class:1500 cycleso High Durabiliy Class:5000 cyclesMicro Connector Family:o 10000 cyclesCycle rate of 200 cycles per hour manuallyOr 500maximum per hour outomatically7.4-Axes Continuity See Appendix C for detailed testFixture and proceduresThis test checks the matingInterface electrical connectorRobustness. Subject the mating interface to an 8N tensile Force for at least 10 seconds.No discontinuities greater than 1 micro Second duration in any of the four orientations tested.Micro connector family only.8.Solderability Theobjectof this test procedureis to detail a uniform testmethod for determining USB3.0connector solderability.the testprocedure contained hereinutilizes the solder dip techniqueIt is not intended to test orevaluate solder cup, soldereyelet,other hand soldered typeOr SMT type terminations. Solder shall cover a minimum requirements Specified by the most current version of Chapter 5 of the USB 3.0 specification.9.VisualDimensional Inspec Visual,dimensional andfunctional inspection inaccordance with the USB3.0quality inspection plans.Must meet the minmum repuirementsspecified by the most current version ofchapter 5 of the USB3.0 specification.10.Temperature Lift The object of this test procedureIs to detail a standard methodTo assess the ability of a USB3.0 connector to withstandTemperature.105°C without applied voltage 30m max for VBUS and GND contact initial: 50m max for all contact initial:max change Of 10m after environmental stresses.11.Vibration Test condition Vll,test conditionletter D(15 minutes in each of 3Mutually perpendiculardirections.Both mating halvesshould be rigidly fixed so as notto contribute to the relativemotion of one contact againstanother.The method of fixturingshould be detailed in the testreport) No evidence of physical damages.Test shall Be done in sequences.Test shall he done in sequences defined in MIL-STD-202.12.CyclicTemperature andHumidity Cycle the connector or socketBetween 25°C±3°C at 80%±3% RH and 65°C±3°C at 50%±3% RH. Ramp times should be0.5 hour and dwell times shouldBe 1.0 hour.Dwell times startWhen the temperature andHumidity have stabilized withinThe specified levels.perform24 such cycles.24 cycles as defined in test Group 2 ofMIL-STD-202.Test shall he done in sequences defined inMIL-STD-202.13.Thermal Shock Test condition IThe object of this test is toDetermine the resistance of aUSB3.0 connector to exposureat extremes of high and lowTemperatures and to the shockof althernate exposures tothese exposure,simulating theworst case conditions forstorage,transportation angapplication. 10 cycles-55°C cand=85°C.The USB3.0 connector under test must be mated.There ahall be on evidence of any physical damage.Test shall he done in sequences defined in MIL-STD-202.14.Salt Spray Temperature:35+1ºC,PH=6.5-7.2Duration:24hours,Corroded arra:5% maxCorroded arra:5% max15.ContactCapacitance The object of this test is to detaila standard method to determinethe capacitance betweenconductive elements of a USB3.0 connector2 pf maximum unmated,per contact.D+/D- contacts only.Test between adjacent contacts,unmatedConnector at 1 KHzTest Report测试报告Product Name产品名称:USB3.0 Micro Standard B TYPEProduct No.料号/型号:932-5101-*9*Sample Quantity样品数量:30 PCSTest Item测试类别:Reliability TestTest Dept.承办部门:QA Dept.Report No.报告编号:201003012001Total Pages总页数:10 PagesDate测试日期:2010.03.12by Approved by Checked by / PreparedSample Model/Type样品型号/规格:USB3.0 Micro Standard B TYPE / 932-5101-*9*Receiving Date收件日期:2010.03.12Test Time测试时间:2010年03月13日8点15分-2010年03月14日18点30分Test Requested Reliability Test测试要求:对送样产品进行可靠性测试Test Method According to the Product Specification , Refer To MIL-STD-1344A/202F.测试方法:根据产品规格书,参照MIL-STD-1344A/202F。

USBA型、B型、Mini和Micro接口定义及封装

USBA型、B型、Mini和Micro接口定义及封装

USB全称Universal Serial Bus(通用串行总线),目前USB2.0接口分为四种类型A型、B型、Mini型和Micro型接口,每种借口都分为插头(plug)和插座(receptacle)两部分,Micro还有比较特殊的AB兼容型。

第一代:USB 1.0/1.1的最大传输速率为12Mbps。

1996年推出。

第二代:USB 2.0的最大传输速率高达480Mbps。

USB 1.0/1.1与USB 2.0的接口是相互兼容的。

第三代:USB 3.0 最大传输速率5Gbps, 向下兼容USB 1.0/1.1/2.0。

USB是一种常用的PC接口,只有4根线(两根电源,两根信号)。

USB接口类型包括A型和B型。

USB-A型插座是用在主机上的USB-B型插座是用在外设上的下面介绍标准USB接口的引脚定义,关于插座插头的机械尺寸请参考USB标准上的典型机械尺寸,更可靠的是以连接器生产厂的尺寸为准。

USB典型的机械尺寸可以参考下面网站。

/products/usb.html#usb1这个网站给出了大部分USB插座的封装尺寸,不过设计PCB的时候最好还是先到市场上先购买合适的USB插座,再用千分尺测量这个插座引脚的间距大小,再画封装。

避免封装画得不合适,因为在中国,插座可能不一定是按标准的,即使是按标准的来,也要考虑到购买的难易程度以及价格。

USB A型插座和插头引脚定义USB A型插座引脚分布 USB A型插头引脚排列分布USB A-B型引脚功能引脚序号功能名典型电线颜色1 VBUS 红2 D- 白3 D+ 绿4 GND 黑Shell ShieldUSB A型插座DIP直插USB A型插座SMT贴片USB B型插座和插头USB B型插头引脚分布USB B型插座引脚分布USB A-B型引脚功能引脚序号功能名典型电线颜色1 VBUS 红2 D- 白3 D+ 绿4 GND 黑Shell ShieldUSB B型插座DIP直插USB Mini-B 插座和插头USB mini-B型插座引脚分布USB mini-B型插头引脚分布Mini-USB型引脚定义其中,Mini USB接口的ID脚只有在OTG功能(就是在没有电脑的情况下,两个USB设备间的数据传送。

micro

micro

micro usb插座ab型的区别有哪些
Micro USB接⼝更⼩。

其中标准A型和标准B型及Mini-B型都是在USB 2.0规范⾥定义。

⽬前USB 2.0接⼝分为四种类型A 型、B型、Mini型还有后来补充的Micro型接⼝,每种接⼝都分插头和插座两个部分,Micro还有⽐较特殊的AB兼容型。

本⽂主要介绍micro usb插座ab型实物及结构尺⼨图的区别,如果是做设计⽤途,还需要参考官⽅最新补充或修正说明。

1、A型USB插头(plug)和A型USB插座(receptacle)
引脚顺序(左侧为Plug,右侧为Receptacle):
引脚定义:
编号定义颜⾊识别
1 VBUS Red(红⾊)
2 D- White (⽩⾊)
3 D+ Green(绿⾊)
4 GND Black(⿊⾊)
封装尺⼨(单PIN Receptacle):
2、B型USB插头(plug)和B型USB插座(receptacle)
引脚顺序(左侧为Plug,右侧为Receptacle,注意箭头所指斜⼝向上,USB端⼝朝向⾃⼰):
引脚定义、封装尺⼨均与A型USB引脚说明相同。

封装尺⼨(单PIN Receptacle):
以上就是关于micro usb插座ab型实物及结构尺⼨图的区别,了解详情可拨打我们的咨询热线。

MICRO USB 母座规格书

MICRO USB 母座规格书
or TENSION TESTER.
Measure force necessary to mate
assemblies at maximum rate of 12.5mm (or
0.492”) per minute.
5.3.2
EIA 364-13
1).Initial : 10N min
Shall be measured with TENSION GAUGE 2).After test: 8̚20N
18 total shock
5.3.5
EIA 364-28
Random Vibration
Test Condition V Test Letter A
No discontinuities of 1 ­s or longer duration when mated USB connectors are subjected to 5.35 Gs RMS. 15 minutes in each of three mutually perpendicular planes.
2.3 Operation Temperature Range: -30ć to +80ć
2.4 Storage Temperature Range: -30ć to +85ć
2.5 Operation Relative Humidity: 95 % Maximum (non-condensing)
1).No discontinuities of 1­m sec or longer
duration 2).Shall meet visual requirement, show no physical damage.
This document and information contained herein are the property of Keyu Plastic Hardware CO.,LTD copies are issued in strict confidence and shall not be reproduced or copied, or used as the basic of manufacture or sale of apparatus without permission

USBA型、B型、Mini和Micro接口定义及封装

USBA型、B型、Mini和Micro接口定义及封装

USB全称Universal Serial Bus(通用串行总线),目前USB2.0接口分为四种类型A型、B型、Mini型和Micro型接口,每种借口都分为插头(plug)和插座(receptacle)两部分,Micro还有比较特殊的AB兼容型。

第一代:USB 1.0/1.1的最大传输速率为12Mbps。

1996年推出。

第二代:USB 2.0的最大传输速率高达480Mbps。

USB 1.0/1.1与USB 2.0的接口是相互兼容的。

第三代:USB 3.0 最大传输速率5Gbps, 向下兼容USB 1.0/1.1/2.0。

USB是一种常用的PC接口,只有4根线(两根电源,两根信号)。

USB接口类型包括A型和B型。

USB-A型插座是用在主机上的USB-B型插座是用在外设上的下面介绍标准USB接口的引脚定义,关于插座插头的机械尺寸请参考USB标准上的典型机械尺寸,更可靠的是以连接器生产厂的尺寸为准。

USB典型的机械尺寸可以参考下面网站。

/products/usb.html#usb1这个网站给出了大部分USB插座的封装尺寸,不过设计PCB的时候最好还是先到市场上先购买合适的USB插座,再用千分尺测量这个插座引脚的间距大小,再画封装。

避免封装画得不合适,因为在中国,插座可能不一定是按标准的,即使是按标准的来,也要考虑到购买的难易程度以及价格。

USB A型插座和插头引脚定义USB A型插座引脚分布 USB A型插头引脚排列分布USB A-B型引脚功能引脚序号功能名典型电线颜色1 VBUS 红2 D- 白3 D+ 绿4 GND 黑Shell ShieldUSB A型插座DIP直插USB A型插座SMT贴片USB B型插座和插头USB B型插头引脚分布USB B型插座引脚分布USB A-B型引脚功能引脚序号功能名典型电线颜色1 VBUS 红2 D- 白3 D+ 绿4 GND 黑Shell ShieldUSB B型插座DIP直插USB Mini-B 插座和插头USB mini-B型插座引脚分布USB mini-B型插头引脚分布Mini-USB型引脚定义其中,Mini USB接口的ID脚只有在OTG功能(就是在没有电脑的情况下,两个USB设备间的数据传送。

microusb接口定义图

microusb接口定义图

microusb接口定义图micro usb接口介绍Micro USB是USB 2.0标准的一个便携版本,比部分手机使用的Mini USB接口更小,Micro-USB是Mini-USB的下一代规格,由USB 标准化组织美国USB Implementers Forum(USB-IF)于2007年1月4日制定完成。

Micro-USB 支持OTG,和Mini-USB一样,也是5pin的。

Micro系列的定义包括标准设备使用的Micro-B系列插槽;OTG设备使用的Micro-AB插槽;Micro-A和Micro-B插头,还有线缆。

Micro系列的独特之处是他们包含了不锈钢外壳,万次插拔不成问题。

从2017年欧盟将全面统一使用MicroUSB端口充电器。

Micro-USB连接器比标准USB和Mini-USB连接器更小,节省空间,具有高达10000次的插拔寿命和强度,盲插结构设计。

Micro-USB标准支持目前USB的OTG功能,即在没有主机(例如个人电脑)的情况下,便携设备之间可直接实现数据传输,兼容USB1.1 (低速:1.5Mb/s,全速:12Mb/s)和USB 2.0(高速:480Mb/s),同时提供数据传输和充电,特别适用于高速(HS)或更高速率的数据传输,是连接小型设备(如手机,PDA,数码相机,数码摄像机和便携数字播放器等等)的最佳选择。

同时也能为车载提供方便,只需要USB车载充电器,再加MICRO USB数据线进行手机应急充电。

并且在高档车上面直接有5V 输出接口接上MICRO USB线为手机充电。

MICRO USB通用性广,使用方便。

micro usb接口定义图micro usb接线图打开APP阅读更多精彩内容。

USB2.0 A型、B型、Mini和Micro接口定义及封装

USB2.0 A型、B型、Mini和Micro接口定义及封装

USB全称Universal Serial Bus(通用串行总线),目前USB 2.0接口分为四种类型A 型、B型、Mini型还有后来补充的Micro型接口,每种接口都分插头和插座两个部分,Micro还有比较特殊的AB兼容型,本文简要介绍这四类插头和插座的实物及结构尺寸图,如果是做设计用途,还需要参考官方最新补充或修正说明,尽管USB 3.0性能非常卓越,但由于USB 3.0规范变化较大,真正应用起来还需假以时日,不管怎样,都已经把火线逼到末路,苹果公司极其郁闷但也爱莫能助。

注意:1、本文封装尺寸来源,USB 2.0 Specification Engineering Change Notice(Date:10/20/2000)2、本文图片来源USB官方协议文档,由于USB 3.0在接口和线缆规范上变化较大,后面专门介绍。

3、本文未带插头封装尺寸,插头尺寸请参加官方文档ecn1-usb20-miniB-revd.pdf,下个版本USB 3.0在接口和封装上都有很大变化,本文属于USB 2.0协议内容,如果是USB 3.0设备,似乎只有A型头才能插到2.0插座中Receptacle。

1、A型USB插头(plug)和A型USB插座(receptacle)引脚顺序(左侧为Plug,右侧为Receptacle):引脚定义:编号定义颜色识别1 VBUS Red(红色)2 D- White (白色)3 D+ Green(绿色)4 GND Black(黑色) 封装尺寸(单PIN Receptacle):2、B型USB插头(plug)和B型USB插座(receptacle)引脚顺序(左侧为Plug,右侧为Receptacle,注意箭头所指斜口向上,USB端口朝向自己):引脚定义、封装尺寸均与A型USB引脚说明相同。

封装尺寸(单PIN Receptacle):3、Mini B型USB插头(plug)和Mini B型USB插座(receptacle)引脚顺序(左侧为Plug,右侧为Receptacle,注意宽边在上,USB端口朝向自己):引脚定义:编号定义颜色识别1 VBUS Red(红色)2 D- White (白色)3 D+ Green(绿色)4 ID Not connected(未连接)5 GND Black(黑色)封装尺寸(Receptacle):以上部分为USB 2.0规范内容,下面的Micro USB实际上是在2006年才发布的补充规范,由于该接口定义无法后向支持USB 3.0协议,故仍然归于USB 2.0协议包。

常见数据传输接口的引脚定义

常见数据传输接口的引脚定义

常见数据传输接口的引脚定义目录:常见USB类接口Type AType BMicro型Mini 型Type C常见音频类接口3.5mmTRS接口(模拟音频)6.3mmTRS接口(模拟音频)RCA接口(模拟音频/数字音频)BNC同轴接口(数字音频)光纤接口(数字音频)其他常用接口高密接头航空插头RS232串行接口VGA接口(模拟视频接口)HDMI接口(数字视频接口)以太网RJ45接口常见USB类接口说明:S+、S- 代表:电源线正、负D+、D- 代表:数据线正、负Type AUSB类 Type A公头:USB类 Type A母头:Type BUSB类Type B公头:USB类Type B母座:Micro 型USB类Micro 型公头:USB类Micro 母座:Mini 型Mini型和Micro型引脚顺序以及定义均一样,只是接口的外形不同,如下图:USB类Mini 型公头:USB类Mini 型母座:Type C常规USB Type C接口公头:常规USB Type C接口母座:母座与公头呈镜像对称。

当然,经常见到的也有基于Type C改进型的,其端口数量可能会少一些。

常见音频类接口科普:TRS端子(TRS connector)是一种常用于连接音响设备,用以传递音频信号的连接器。

该词是其三个组成部件的首字母缩写:Tip (尖)、Ring(环)、Sleeve(套)。

3.5mmTRS接口(模拟音频)3段无麦克风型:说明:L:立体声左声道R:立体声右声道MIC:麦克风GND:地4段有麦克风型:这种接头主要是在耳机上流行使用,在网上看到4段式耳机接口有美标和国标两种,反正就是有这两种定义法。

图中是国内常用耳机的标准接口,主要区别就在于3,4两段麦克风和地的顺序不一样,而且接线端和插头端的定义是对称的,如下:科普:6.3mmTRS接口(模拟音频)6.3mm的TRS接口多在专业设备上使用。

6.3mm“大二芯”:这种接头一般用来传输单声道音频信号,像电吉他中用的接头就是这种。

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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。

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