ASR-K-5931-1F

深圳市业展电子有限公司 承 认 书 SPECIFICATION FOR APPROVAL 客户名称 Customer Name 客户料号 Customer P/N 产品名称 Product Name 产品规格 Product Type 申请承认日期 Apply Date 供货商属性 Alloy Shunt Resistors – ASR Series ASR-K-5931-1F 版本 REV. 2020-07-07 □代理商 █ 制造商 深圳市业展电子有限公司 Vendor Type Agency Manufacturer: Shenzhen Yezhan Electronics Co., Ltd Note: 禁止使用 1 级环境管理物质.遵守 ACBEL"环境管理物质规范"中所要求之含量标准. Banned use of hazardous substances of level 1; Comply with "Specification for Hazardous Substances and Materials Management" of ACBEL 供货商印鉴 APPROVED CHECKED PREPARED Vendor Stamp 承认印鉴 Stamp 邓小辉 Mainland China：深圳市业展电子有限公司 Shenzhen Yezhan Electronics Co., Ltd. Add: 深圳市龙华新区观澜街道办横坑河东村 440 号 6-7 栋 Building 6th-7th ,Rongchang Industry Zone, Longhua New Disrict, Shenzhen City, P.R.China Tel: 0086-755-26517682 ext:8018 Fax: 0086-755-29500756 Mobile:0086-18926048203 E-mail: caixiaojuan@yezhan.com.cn 标准书名 Classification 承认书 Specification Spec No. YZ-QR-EN-007 品 名 ： 分流贴片电阻器 ASR Series Product Name：Alloy Shunt Resistors Version 1.5 Page 5-2 1. 一般事项 General 1.1 适用范围 Scope 本承认书适用于深圳市业展电子有限公司 制造之[ 分流贴片电阻器]。 This specification is available for Alloy Shunt Resistors manufactured by Shenzhen Yezhan Electronics Co., Ltd. 1.2 品质 Quality 本电阻器的制造系经高质量管理程序，并具有高信赖性的质量保证，且符合 RoHS 和 无卤要求。 The resistor is manufactured by highly quality-controlled process and guaranteed high reliability, it meets RoHS & Halogen-Free requirement. 1.3 标准试验狀态 Standard measuring conditions 温度 20±2℃、湿度 65±5%。 但在温度 5～35℃、湿度 45～85%之情况下，仍可给予判定。 Temperature 20±2℃, Humidity 65±5%. Being no doubt about the judgment, measurements can be made within the following Temperature 5～35℃, Humidity 45～85%. 1.4 形名 (例) Type designation (example) 依使用种類、材料、规格、形狀、公称电阻值、电阻值容许差而区别，其构造如下： The type designation shall be in the following form and as specified. ASR YeZhan Type -K Material M：Manganin K：Kama -5931 -1 Dimension 3：2512 5：3920 7：5930 10：其他 F Resistance Range （mohms） Tolerance J：±5% G：±2% F：±1% D：±0.5% 标准书名 Classification 承认书 Specification Spec No. YZ-QR-EN-007 品 名 ： 分流贴片电阻器 ASR Series Product Name： Alloy Shunt Resistors Version 1.5 Page 5-3 1.5 功率曲线 Power Derating 1.6 温度系数曲线 TCR Derating 1.7 推荐焊盘尺寸 Recommended Solder Pad Layout PCB l w a 2512 7 3.4 1.8 3920 11 6.2 2.7 5930 16 8.75 5.2 标准书名 Classification 承认书 Specification Spec No. YZ-QR-EN-007 品 名 ： 分流贴片电阻器 ASR Series Product Name：Alloy Shunt Resistors Version 1.5 Page 5-4 1.8 外形 External . 项 目 Item 参 数 Parameters 图 解 Drawing W A T h D1 D2 阻 值 额定功率 使用温度 15mm±0.3mm 7.9mm±0.4mm 4.2mm±0.2mm 0.5±0.1mm 0.87±0.1mm 0.87±0.1mm 1mΩ±1% 7W -65℃～170℃ 标准书名 Classification 承认书 Specification 品 名 ： 分流贴片电阻器 ASR Series Product Name： Alloy Shunt Resistors Spec No. YZ-QR-EN-007 Version 1.5 Page 5-5 2 应用范围 Applications        混合应用的电源电流传感器 Current sensor for power hybrid applications 变频器 Frequency converters 电源模块 Power modules 通讯系统 Communication system 自动化控制电源 Automatic control power supply 汽车市场的高电流应用 High current applications for the automotive market 体系认证 IATF16949 3 包装 Packaging Embossed plastic Tape Specifications Unit：mm Size A B W E F P0 P1 P2 D0 T Quantity 2512 4.3 7.6 16 1.55 7.5 3.85 7.7 7.7 1.50 1.7 1000 3920 6 11 24 1.55 11.2 6 12 12 1.50 2.0 2500 5930 8.6 16 24 1.55 10.8 6 12 12 1.50 2.4 2000 4 工作特性 Performance Date Iterms Additional Requirements Reference JESD22 Temperature 1000 Cycles(-55℃ to +125℃) Cycling Measurement at 24±2hours after test conclusion High Temperature 1000hrs.@T=125℃.Unpowered. MIL-STD-202 Exposure Measurement at 24±2hours after test conclusion Method 108 1000hrs 85℃/85%RH。Note: Specified conditions: 10% Biased Humidity of operating power. Measurement at 24±2hours after test conclusion Operational Life Limits Method ±0.5% JA-104 MIL-STD-202 Method 103 Condition D Steady State TA=125℃ at rated power. MIL-STD-202 Measurement at 24±2hours after test conclusion Method 108 ±1% ±0.5% ±1% 95% Solderability 245℃±5℃,5s+0.5s/-0 J-STD-002C Coverage Min Resistance to 260℃±5℃，10s±1s MIL-STD-202 Soldering Heat Measurement at 24±2hours after test conclusion Method 210 Short Time 5×Rated power for 5 s MIL-STD-202 Overload Measurement at 24±2hours after test conclusion Method 301 ±0.5% ±0.5%