907204-804003

深 圳 市 西 格 益 电 子 有 限 公 司 SHENZHEN 承 CGE ELECTRONIC CO.,LTD 认 APPROVAL 书 SHEET 客户（CUSTOMER): 品名（DESCRIPTION): FPC 80.2 CONNECTOR 客户料号（PARTNO): 料号（PARTNO): 907204-804003 日期（DATE)： 2024/6/25 编号（NO.）: CGE-2406-0002 工程部 ENGINEER DEPT 品管部 QA DEPT 审核 APPROVED BY 金承鑫 何志勇 韦武 贵公司承认后，请回签一份给厂司.谢谢！ KINDLY RETURN ONE COPY OF THE SPECIFICATION AFTER APPROVAL 核对 CHECKED BY 确认 APPROVED BY ADD:深圳市宝安西乡铁岗益成工业区B栋三楼 BUILING B,THIRD FLOOR,TIEGANG YICHENG INDUSTRIAL ZONE,XIXIANG STREET,BAO'AN DISTRICT,SHENZHEN CITY TEL:0755-29100480 FAX:0755-21506511 BLAND HOLDER W4.8 80.2 PULL OUT DIRECTION CARRY TAPE PEELING ANGLE CARRIER LABEL 200mm Min UNLOADED SECTION 200mm Min LOADING SECTION UNLOADED SECTION W4.8 80.2 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B 1. SCOPE 适用范围 1.1. Contents 内容 This specification covers the performance, tests and quality requirements for the SHENZHEN CGE ELECTRONIC CO.,LTD 0.5mm Pitch Ffc Series Connector. 本规范涉及到深圳市西格益电子有限公司 0.5 mm Pitch Ffc 系列连接器的功能性要求及测试标准。 1.2. QUALIFICATION 条件 When tests are performed on the subject product line, the procedures specified in EIA series specifications shall be used. All inspections shall be performed using the applicable inspection plan and product drawing. 相关测试标准，需参照本规范中指定的 EIA 相关程序。所有的测试需符合规范中的测试计划及产品图 纸。 2. APPLICABLE DOCUMENT 适用文件 The following documents form a part of this specification to the extent specified herein. Unless otherwise specified, the latest edition of the document applies. In the event of conflict between the requirements of this specification and the product drawing, the product drawing shall take precedence. In the event of conflict between the requirements of this specification and the referenced documents, this specification shall take precedence. 以下文件内容系本规范的一部分，为最新版本适用。如果测试过程中，本规范与产品图纸有冲突 时，以产品图纸为准。如果在本规范与涉及到的引用文件规范有冲突时，则以本规范为准。 2.1. Industry Standard 行业标准 EIA-364：Electrical Connector/Socket Test Procedures Including Environmental Classifications. EIA - 364:电连接器/插座环测。 3. REQUIREMENTS 应用要求 3.1. Design and Construction Product shall be of the design, construction and physical dimensions specified on the applicable product drawing. 产品应用的设计、结构和外观尺寸应符合产品图纸。 -1- 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B 3.2 Materials 材料 Materials used in the construction of product shall be as specified on the applicable product drawing. 材料用于指定的产品应当适用的产品图纸。 3.3 Ratings 额定参数 A. 额定电压：50 VAC rms. B. 额定电流：0.5 A Max. C. 工作温度：-40℃ to 85℃ 3.4 Performance Requirement and Test description 功能性需求和测试的描述 The product is designed to meet the electrical, mechanical and environmental performance requirements specified in Figure 1. Unless otherwise specified, all tests shall be performed at ambient environmental conditions per EIA-364. 产品是为了满足电气,机械和环境性能，如图 1 中指定。除非另有说明,否则所有的测试应该参照 EIA 364。 3.5 Test Requirements and Procedures Summary 测试要求及内容摘要 TEST ITEM REQUIREMENT PROCEDURE 测验项目 要求 步骤 Examination of 1 Product 产品检查 Meets requirements of product drawing. No physical Visual inspection. 外观检查 damage 符合产品图纸要求，外观无伤 害 ELECTRICAL REQUIREMENT 电气要求 2 Low Level Contact Resistance 接触电阻 3 FFC Gold Finger: measure by dry circuit, 20mV Max, 10mA. EIA-364-06 Shell: measure by open circuit, 5V Max, 100mA. (EIA-364-23) 初始 : 30mΩ 最大 最终: 50mΩ 最大 FFC 金手指: 弱电流电路测量,20 MV 最大,10 毫安， EIA - 364 – 06 铁壳:测量开路,5 V 最大 100 毫安，(EIA - 364 - 23) Dielectric No creeping discharge or withstanding Voltage Mated connector, apply 250V AC (rms) for 1 minute between adjacent terminal or ground. -2- 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B 耐电压 (EIA-364-20) flashover shall occur. 交配连接器,250 V AC(RMS)为 1 分钟相邻终端或地 Current leakage: 0.5mA Max 没有沿面放电、闪络发生。漏 面。(EIA - 364 - 20) 电流:0.5 毫安最大 4 5 Mated connector apply 250V DC between adjacent terminals or ground. Test Duration: 60 seconds (EIA-364-21) Insulation Resistance 100M Ohm Min 绝缘电阻 Temperature Rising 温升 100 兆欧最小 之间的交配连接器应用 250 V 直流相邻终端或地面。 测试时间:60 秒(EIA - 364 - 21) Contact series wired, apply test current of loaded rating current to the circuit, and measure the temperature rising by probing on soldered areas of 30℃ Max. under loaded contacts, after the temperature becomes stabilized rating current deduct ambient temperature from the measured value. 30℃最大，在当前额定电流 (EIA-364-70) 端子连线接触,施加负载测试电流到电路的电流，测 量温度上升,探索在焊接领域的接触,温度变得稳定后 扣除环境温度的测量值。(EIA - 364 - 70) MECHANICAL REQUIREMENT 机械要求 6 Contact Retention Force Operation Speed：25 mm/min. (EIA-364-13) 1N (100gf) Min. 运行速度:25 毫米/分钟。 (EIA - 364 - 13) 端子保持力 7 8 9 FFC Mating/Unmating Force FFC 插拔出力 Operation Speed：25 mm/min. MT:0.05N(5gf) Max./pin Measure the force required to mate/unmate 插入力：0.05N(5gf)最大每 PIN connector. U-m:0.3N(30gf) Min./pin (EIA-364-13) 拔出力：0.3N(30gf)最小每 PIN 运行速度:25 毫米/分钟。 测量所需组装后的连接器。 (EIA - 364 - 13) Durability 耐久 No evidence of physical damage. 外观没有损伤 Vibration 振动 1. Discontinuity ：1 μs Max. 2. No evidence of damage. 3. The electrical performances should meet the spec specified. 1. 不连续面:1μs 最大 2. 外观无损伤 3. 电气性能应符合规范规定。 Operation Speed：[ 100+/-50 ] cycle per hour. (Open/Close) Durability Cycles：30 Cycles (EIA-364-09) 运行速度:每小时(100 + / -50)周期 (开启/关闭)耐久性周期:30 周期(EIA- 364 - 09) Where not otherwise specified, semi-conductor devices are to conform with Condition A, and other parts with Condition B. 不是另有规定外,符合条件一个半导体设备,和其他部分 条件 B Condition 条件 Kind of Vibrat n Scope of Frequency 频率的范围 -3- requency Modulation 频率调制 10～55Hz 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B Amplitude or Acceleration 10 Mechanical Shock 机械冲击 1. Discontinuity ：1 μs Max. 2. No evidence of damage. 3. The electrical performances should meet the spec specified. 1. 不连续面:1μs 最大 2. 没有迹象表明损伤 3. 电气性能应符合规范规定。 1.5mm Constant 振幅和加速度 1.5 毫米常数 Ratio of Sweep 10～55～10Hz 大约 1 分钟. Time X,Y,Z Directions Each 2hrs. 时间 X,Y,Z 方向每 2 小时 MaximumAcceleration: 1,000m/s2(100G) Pulse Width: 6msec Shape of Shock Wave: Semi-sine Wave Shock Frequency : Continuously 3 times for each of 6 facets (total 18 times) 最大加速度：1,000m/s2(100G) 脉冲持续时间: 6毫秒 ENVIRONMENTAL REQUIREMENTS 11 Thermal Shock 热冲击 12 Thermal Cycling 热循环 13 Humidity 湿度 环境要求 Mated Connectors or FFC 1. No evidence of damage. 2. The electrical -40+/-3℃ (30 min.), +85+/-2℃ (30 min.) performances should meet Perform this cycle, repeat 100 cycles the spec specified. (EIA-364-32) 1. 外观没有损伤 组装连接器或 FFC -40 + / - 3℃(30 分钟),+ 85 + / - 2℃ 2. 电气性能应符合规范规定 (30 分钟)执行该循环,重复 10 次(eia - 364 - 32) Cycle the connector between 15℃+/-3℃ 1. No evidence of damage. and 85℃+/-3℃. Ramps should be 2℃ min. per 2. The electrical minute, and dwell times should ensure the contacts performances should meet reach the temperature extremes (5 minutes min.). the spec specified. Humidity is not controlled. Perform 100 such cycles. 1. 外观没有损伤 周期之间的连接器 15℃+ / - 3℃和 85℃+ / - 3℃，坡道 2. 电气性能应符合规范规定 应该是 2℃每分钟,和停顿时间应保证接触达到极端温 度(5 分钟分钟)，湿度不控制，执行 100 个周期。 1. No evidence of damage. Subject mated Connectors to 96 hours at 60℃ with 2. The electrical 90~95% RH. performances should meet (EIA-364-31 Method II Test Condition A.) the spec specified. 主题交配连接器在 60℃到 96 小时 90 ~ 95% RH。(EIA 1. 外观没有损伤 2. 电气性能应符合规范规定 - 364 - 31 方法 II 测试条件) 14 1. No evidence of damage. 2. The electrical Humidity-Temperatur performances should meet e cycle] the spec specified. 湿度循环 1. 外观没有损伤 2. 电气性能应符合规范规定 15 Temperature Life (Heat Aging) 耐高温测试 1. No evidence of damage. 2. The electrical performances should meet the spec specified. -4- Mated conn or FFC 85℃, 96 hours EIA-364-17B 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B 1. 外观没有损伤 2. 电气性能应符合规范规定 16 Salt mist 盐雾试验 17 Cold 耐低温测试 1. No evidence of damage. 2. The electrical performances should meet the spec specified. 1. 外观没有损伤 2. 电气性能应符合规范规定 1. No evidence of damage. 2. The electrical performances should meet the spec specified. 1. 外观没有损伤 2. 电气性能应符合规范规定 组装后的连接器与 FFC 85℃, 96 hours EIA-364-17B Temperature : 35±2 ℃ Salt Water : 5% weight to concentration ratio Time : 24 hrs. 温度:35±2℃ 盐水:5%重量浓度比时间:24 小时。 Subject specimens to -25℃ for 96 hours. 条件：-25℃96小时 Fig. 1 NOTE: Shall meet visual requirement , show no physical damage, and meet requirement of additional tests as specified in the test sequence in Fig. 2. 应满足外观要求,没有物理损伤,并满足图 2 中的相关测试群组。 3.6 Product Qualification and Requalification test 群组测试 -5- 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 GROUP Test or Examination 测试项目 Examination of Product 产品检查 Contact resistance 接触电阻 Dielectric withstanding Voltage 耐电压 Insulation Resistance 绝缘电阻 Temperature Rising 温升 Retention Force 保持力 Mating/Unmating Force 插拔力 Durability 耐久 Vibration 振动 Mechanical Shock 机械冲击 Thermal Shock 热冲击 Thermal Cycling 热循环 Humidity 恒温恒湿 Humidity-Temperature cycle 湿度循环 Temperature Life 耐高温测试 Salt mist 盐雾试验 Cold 组 A B C D E F G H I J 1,6 1,4 1,5 1,5 1,4 1,4 1,4 1,4 1,4 1,4 K 1 2,7 2,5 2,6 2,6 2,5 2,5 2,5 2,5 2,5 2,5 4,8 3,9 3 2 3 3 3 4 3 4 5 3 3 3 3 耐低温实验 Fig. 2 -6- 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B NOTE：（a）Numbers indicate sequence in which tests are performed. （b）Discontinuities shall not take place in this test group, during tests. （c）If connector contact counts are more than 20, at least 5 samples should be evaluated in each group test. Otherwise, at least 10 samples should be evaluated in each group test. （d）Required for connectors rated for >20 mating/unmating cycles. (a)数据显示顺序测试执行 (b)不连续不得发生在这个测试组,在测试 (c)如果连接器接触数量超过 20,至少 5 应该评估每组测试样本,否则,每组至少 10 个样本应该评估测试 (d)连接器所需额定> 20 交配/ unmating 周期。 3.7 Soldering The Connector should be soldered using hot air convection or nitrogen oven with a minimum of seven or eight chambers (zone) recommended. The solder paste should be applied using an automatic screening process . Due to many variables involved with the reflow process (i.e. board size and thickness, component density, count and orientation), it is recommended that trial runs be conducted under actual manufacturing condition to ensure product and process compatibility. Reference reflow temperature profiles are shown in the Fig.3. Temperature at pick-up cap should be 260degC maximum. Lead Free type -7- 深圳市西格益电子有限公司 DOCUMENT NO.: 20201108 SHENZHEN CGE ELECTRONIC CO.,LTD REV.: B 连接器应该焊接使用热空气对流或氮气炉用最少的七、八室(区)推荐。锡膏应该应用使用一个自动筛选过程。由于 许多变量参与回流过程(即板的尺寸和厚度、组件密度、计数和定位),建议试验在实际生产条件下进行,以确保产品 和工艺的兼容性。参考回流温度资料显示在图 3。 温度回升应该是 260 摄氏度 最大。 fig.3 Temperotre Profile of Reflow Soldering 回流焊的温度曲线 -8- 0.5mm PITCH FPC Connector NO.：20240205001 Definitions: Samples: 5EA every group Contact: arbitrarily test each samples. Date Code: Summary: Connector P/N: FPC80.1 Connector Supplier: CGE Supplier's P/N: 907204-804002 Product Specification: FPC 0.5Pitch Connector Rev.B Test sequence Test or Examination Test Group 1,5 D 1,5 E 1,4 F 1,4 1,4 H 1,4 I 1,4 2,6 2,6 2,5 2,5 2,5 2,5 2,5 C Examination of product A 1,6 B 1,4 Contact Resistance (接触电阻） 2,7 2,5 Dielectric withstanding voltage（耐压） 4,8 Insulation Resistance（绝缘阻抗） 3,9 G 3 Temperature rising（温升） Retention Force（保持力） 3 Mating/Unmating force（插拔力） 3 Durability（耐久） 3 4 Vibration（振动） Mechanical shock（机械冲击） 3 4 Thermal shock（热冲击） Thermal Cycling（热循环） Humidity（温升） 5 3 Humidity-Temperature cycle（温度循环） 3 Temperature life （耐高温） 3 Salt mist（盐雾实验） Cold（耐低温） WI-PB-02/06(04) Rev:02 Note：(a)Numbers indicate sequence in which tests are performed. (b)Discontinuities shall not take place in this test group, during tests. (c) If connector contact counts are more than 20,at least 5 samples should be evaluated in each group test.Otherwise,at least 10 samples should be evaluated in each group test. (d)Required for connectors with a tin-based plating or 20 mating/unmating cycles. 核准：wang xi 审核：wang xi 制表 ： wang de juan TEST RESULT GP NO.：20240205001 Test PASS Meets product drawing Contact resistance PASS 30mΩ Max Insulation Resistance PASS 100MΩ Min(Mated) Humidity Accept - Accept 26.46 22.32 24.81 1.86 Accept No breakdown - Accept 100MΩ Min(Mated) - Accept - Accept 30mΩ max 20.19 17.55 18.58 1.27 Accept 5g Max per pin 3.12 2.35 2.66 0.68 Accept 30g Min per pin 43.70 38.70 43.30 2.00 Accept Mating force PASS PASS Examination of product PASS Meets product drawing Contact Resistance PASS 50mΩ max Examination of product PASS Meets product drawing PASS 30mΩ max 24.48 22.27 23.37 18.46 Vibration PASS No damage Mechanical Shock PASS No damage - Examination of product PASS Meets product drawing - PASS 50mΩ max Accept 23.55 1.44 21.12 2.02 - - 25.60 22.25 Accept Accept Accept Accept Accept Accept 24.10 2.02 - Accept Accept Examination of product PASS Meets product drawing Contact resistance PASS 30mΩMax Thermal shock PASS No damaged - Accept No damaged - Accept Meets product drawing - Accept PASS Examination of product PASS Contact resistance PASS 50mΩMax Examination of product PASS Meets product drawing Temperature life PASS PASS 30mΩMax 50mΩMax 22.65 17.22 24.55 17.96 30mΩMax PASS No evidence of damage Examination of product PASS Meets product drawing 50mΩMax 20.75 16.88 20.17 Meets product drawing 21.50 17.46 Durability PASS No evidence of physical damage. - Examination of product PASS Meets product drawing - 50mΩ Max 28.90 23.56 Meets product drawing Contact resistance PASS 30mΩ Max Humidity-Temperature cycle PASS No evidence of damage - Meets product drawing - PASS 50mΩ Max Examination of product PASS Meets product drawing Contact resistance PASS 30mΩ Max Salt mist PASS PASS 50mΩ Max PASS Meets product drawing 30mΩ Max 2.68 19.66 2.22 27.41 18.25 Accept Accept 2.75 18.89 Accept Accept 2.67 Accept Accept Accept 25.57 2.27 21.76 2.58 24.17 Accept Accept 20.07 21.28 Accept Accept Accept Accept 27.32 21.25 23.33 3.17 21.32 2.86 23.00 18.58 Accept Accept Accept Accept - Accept Meets product drawing Contact resistance PASS 50mΩ Max PASS Accept 23.08 No evidence of damage PASS Retention Force Accept - Examination of product PASS 22.50 Accept Accept Examination of product Examination of product Accept Accept Contact resistance PASS 2.78 - Meets product drawing Cold 18.37 Accept No evidence of damage PASS PASS Accept - Examination of product Contact resistance 3.52 - PASS Contact resistance 22.17 25.47 Examination of product PASS Accept Accept - 30mΩ Max Examination of product 2.90 25.55 PASS PASS 19.36 - Contact resistance Contact resistance 1.85 - Meets product drawing Temperature Rising PASS 24.17 - Accept Accept PASS Examination of product 21.23 2.08 Accept Contact resistance PASS 20.06 - Meets product drawing PASS 26.65 18.85 No evidence of damage PASS PASS 22.17 - Examination of product Contact resistance K No damage PASS Contact resistance J Accept Contact Resistance Examination of product I 2.27 Meets product drawing Contact resistance H 20.17 PASS Thermal cycing G 18.28 Examination of product Contact Resistance F 23.56 Accept Accept Accept 50mΩ Max Contact Resistance E - - PASS PASS Judgment STD Dev. No breakdown Contact resistance PASS MEAN. Accept Meets product drawing Unmating force D PASS MIN. - PASS Insulation Resistance C PASS DATA MAX. ＞2000 Examination of product Dieletric withstanding Voltage B Requirement Examination of product Dieletric withstanding Voltage A Pass / Fail 27.14 18.85 Meets product drawing 100g Min per pin 22.17 2.80 143.00 8.56 163.00 125.00 Accept Accept Accept 2021/1/11 MG-350(r3), LCP MG-350(r3) | UL Product iQ MG-350(r3), LCP MG-350(r3) File Number: E91944 Yellow Card®  COMPANY ENEOS LC COMPANY, LIMITED 2647-2 HIRAIDE TATSUNO-MACHI KAMIINA-GUN, NAGANO 399-0422 Japan MODEL INFO Xydar: MG-350(r3), LCP MG-350(r3) Liquid Crystal Aromatic Polymer (LCAP), furnished as pellets (r3) – Virgin and Regrind from 26-50% by weight inclusive have the same Flame at 0.5mm and Tensile Impact characteristics at 3.0mm. FLAMMABILITY PROPERTIES Flammability VALUE   TEST METHOD   ANSI/UL 94 0.17 mm, Color: NC, BK V-0     0.30 mm, Color: NC, BK V-0     0.50 mm, Color: NC, BK V-0     0.75 mm, Color: NC, BK V-0     0.89 mm, Color: NC, BK V-0     1.5 mm, Color: NC, BK V-0     3.0 mm, Color: NC, BK V-0     ISO/IEC FLAMMABILITY PROPERTIES Flammability VALUE   TEST METHOD   IEC 60695-11-10 0.17 mm, Color: NC, BK V-0     0.30 mm, Color: NC, BK V-0     0.50 mm, Color: NC, BK V-0     https://iq.ulprospector.com/en/profile?e=552110 1/4 2021/1/11 MG-350(r3), LCP MG-350(r3) | UL Product iQ 0.75 mm, Color: NC, BK V-0     0.89 mm, Color: NC, BK V-0     1.5 mm, Color: NC, BK V-0     3.0 mm, Color: NC, BK V-0     ELECTRICAL PROPERTIES Hot-wire Ignition (HWI) VALUE   TEST METHOD   UL 746A 0.17 mm 4 PLC     0.30 mm 3 PLC     0.50 mm 2 PLC     0.75 mm 1 PLC     0.89 mm 1 PLC     1.5 mm 1 PLC     3.0 mm 1 PLC     High Amp Arc Ignition (HAI)     UL 746A 0.17 mm 1 PLC     0.30 mm 1 PLC     0.50 mm 1 PLC     0.75 mm 1 PLC     0.89 mm 1 PLC     1.5 mm 1 PLC     3.0 mm 0 PLC     3 PLC   UL 746 Comparative Tracking Index (CTI) Dielectric Strength 45 kV/mm High Voltage Arc Tracking Rate (HVTR) 0 PLC   Volume Resistivity 1.0E+12 ohms·cm ASTM D149   ASTM D257/IEC 60093 High Voltage, Low Current Arc Resistance 4 PLC   THERMAL PROPERTIES Relative Thermal Index - Electrical Strength https://iq.ulprospector.com/en/profile?e=552110 VALUE     TEST METHOD   UL 746B 2/4 2021/1/11 MG-350(r3), LCP MG-350(r3) | UL Product iQ 0.17 mm 130 °C   0.30 mm 130 °C   0.50 mm 130 °C   0.75 mm 130 °C   0.89 mm 240 °C   1.5 mm 240 °C   3.0 mm 240 °C   Relative Thermal Index - Mechanical Impact     UL 746B 0.17 mm 130 °C   0.30 mm 130 °C   0.50 mm 130 °C   0.75 mm 130 °C   0.89 mm 220 °C   1.5 mm 240 °C   3.0 mm 240 °C   Relative Thermal Index - Mechanical Strength     UL 746B 0.17 mm 130 °C   0.30 mm 130 °C   0.50 mm 130 °C   0.75 mm 130 °C   0.89 mm 240 °C   1.5 mm 240 °C   3.0 mm 240 °C   PHYSICAL PROPERTIES Dimensional Stability VALUE 0.0 % TEST METHOD ASTM D1042/ISO 2796 Report Date: 1990-01-05 Revision Date: 2015-01-29 The appearance of a company's name or product in this database does not in itself assure that products so identified have been manufactured under UL's Follow-Up Service. Only those products bearing the UL Mark should be considered to be Certified and covered under UL's Follow-Up Service. Always look for the Mark on the product. https://iq.ulprospector.com/en/profile?e=552110 3/4 2021/1/11 MG-350(r3), LCP MG-350(r3) | UL Product iQ UL permits the reproduction of the material contained in the Online Certification Directory subject to the following conditions: 1. The Guide Information, Assemblies, Constructions, Designs, Systems, and/or Certifications (files) must be presented in their entirety and in a non-misleading manner, without any manipulation of the data (or drawings). 2. The statement "Reprinted from the Online Certifications Directory with permission from UL" must appear adjacent to the extracted material. In addition, the reprinted material must include a copyright notice in the following format: "© 2021 UL LLC" https://iq.ulprospector.com/en/profile?e=552110 4/4 Component - Plastics File Number: E106764 POLYPLASTICS CO LTD 18-1 KONAN 2 CHOME MINATO-KU, TOKYO 108-8280 Japan LAPEROS: E473i(j) Liquid Crystal Polymer (LCP), pellets (j) - Virgin and regrind up to 50% by weight incl. have the same basic material characteristics with respect to flammability in NC with a minimum thickness of 1.5 mm and BK with a minimum thickness of 0.100 mm. Flammability Flame Rating 0.100 mm, NC, BK 0.75 mm, NC, BK 1.5 mm, ALL 3.0 mm, ALL Flammability Classification 0.100 mm, NC, BK 0.75 mm, NC, BK 1.5 mm, ALL 3.0 mm, ALL Thermal RTI Elec 0.100 mm 0.75 mm 1.5 mm 3.0 mm RTI Imp 0.100 mm 0.75 mm 1.5 mm 3.0 mm RTI Str 0.100 mm 0.75 mm 1.5 mm 3.0 mm Value Test Method UL 94 V-0   V-0   V-0   V-0   IEC 60695-11-10, -20 V-0   V-0   V-0   V-0   Value Test Method UL 746B 130 °C 130 °C 130 °C 130 °C UL 746B 130 °C 130 °C 130 °C 130 °C UL 746B 130 °C 130 °C 130 °C 130 °C Notice of Disclaimer By accessing this Yellow Card data information sheet and the database from which this information was generated (the “Yellow Card”), the user acknowledges and accepts the terms and conditions upon which this Yellow Card is made available. This Yellow Card, the database from which it was generated, and all related materials, support, and services, are made available by UL for use only by permission and "as is", without any representation or warranty of any kind, express or implied, including but not limited to any implied warranties of merchantability, fitness for a particular purpose or that the products identified in this Yellow Card will satisfy the user’s requirements. UL cannot and does not warrant that the data contained in this Yellow Card is current, accurate, or complete. The user must independently confirm the conformance of any product to the applicable standards or requirements with the manufacturer of that product. Permission to access this Yellow Card may be withdrawn at any time by UL in its sole discretion. The identification of products and companies on this Yellow Card does not in any way imply endorsement of those products or companies by UL. UL does not assume and expressly disclaims, liability to any person for any loss or damage (including lost profits, lost savings, or any indirect, special, incidental, consequential or punitive damages whether or not UL has been advised of the possibility of such damages) arising out of, or in connection with, the use of this Yellow Card regardless of the cause or causes of such loss or damage. Page 1 of 1 UL LLC ©2023. All rights reserved. | www.ul.com ANSI/UL 94 small-scale test data does not pertain to building materials, furnishings and related contents. ANSI/UL 94 small-scale test data is intended solely for determining the flammability of plastic materials used in the components and parts of end-product devices and appliances, where the acceptability of the combination is determined by UL. Form Number: E106764-218449 Report Date: 4/22/1992 Last Revised: 10/23/2022 11:00:47 PM