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
Alloy Shunt Resistors – ASR Series
ASR-K-3-5F
2019-08-06
版本
REV.
█ 制造商
深圳市业展电子有限公司
供货商属性 □代理商
Vendor Type Agency
Manufacturer: Shenzhen Yezhan Electronics
Co., Ltd
Note:
禁止½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
Vendor Stamp
APPROVED
CHECKED
PREPARED
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 6
th
-7
th
,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
品
名 : 分流贴片电阻器
ASR Series
Product Name:Alloy Shunt Resistors
Spec No. YZ-QR-EN-007
Version
Page
1.5
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%。
½在温度
5½35℃、湿度 45½85%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
5½35℃, Humidity 45½85%.
1.4
½名
(例) Type designation (example)
依½用种類、材料、规格、½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
-K
-3
-5
F
YeZhan
Type
Material
M:Manganin
K:Kama
Dimension
3:2512
5:3920
7:5930
10:其他
Resistance
Range
(mohms)
Tolerance
J:±5%
G:±2%
F:±1%
D:±0.5%
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
1.5
功率曲线
Power Derating
Spec No. YZ-QR-EN-007
Version
Page
1.5
5-3
1.6
温度系数曲线
TCR Derating
1.7
推荐焊盘尺寸
Recommended Solder Pad Layout
PCB
2512
3920
5930
l
7
11
16
w
3.4
6.2
8.75
a
1.8
2.7
5.2
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
1.8
外½
External
.
Spec No. YZ-QR-EN-007
Version
Page
1.5
5-4
项
目
Item
参
数
Parameters
图
解
Drawing
W
A
B
T
h
D1
D2
阻
值
额定功率
½用温度
6.3mm±
0.2mm
3.1mm±
0.3mm
3.0mm±
0.3mm
1.2mm±
0.2mm
0.5±
0.1mm
0.28±
0.1mm
0.28±
0.1mm
5m
Ω
±
1%
3W
-65℃½170℃
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
2
应用范围
Applications
⚫
⚫
⚫
⚫
⚫
⚫
⚫
Spec No. YZ-QR-EN-007
Version 1.5
Page
5-5
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
½½市场的高电流应用
High current applications for the automotive market
½系认证
IATF16949
3
包装
Packaging
Embossed plastic Tape Specifications
Unit:mm
Size
2512
3920
5930
A
4.3
6
8.6
B
7.6
11
16
W
16
24
24
E
1.55
1.55
1.55
F
7.5
11.2
10.8
P
0
3.85
6
6
P
1
7.7
12
12
P
2
7.7
12
12
D
0
1.50
1.50
1.50
T
1.7
2.0
2.4
Quantity
1000
2500
2000
4
工½特性
Performance Date
Iterms
Temperature
Cycling
High Temperature
Exposure
Biased Humidity
Additional Requirements
1000 Cycles(-55℃
to +125℃)
Measurement at 24±
2hours after test conclusion
1000hrs.@T=125℃.Unpowered.
Measurement at 24±
2hours after test conclusion
1000hrs 85℃/85%RH。Note:
Specified conditions:
10% of operating power.
Measurement at 24±
2hours after test conclusion
Operational Life
Condition D Steady State TA=125℃ at rated power.
Measurement at 24±
2hours after test conclusion
245℃±5℃,5s+0.5s/-0
260℃±5℃,10s±
1s
Measurement at 24±
2hours after test conclusion
5×
Rated power for 5 s
Measurement at 24±
2hours after test conclusion
Reference
JESD22
Method
JA-104
MIL-STD-202
Method 108
MIL-STD-202
Method 103
MIL-STD-202
Method 108
J-STD-002C
MIL-STD-202
Method 210
MIL-STD-202
Method 301
±
1%
±
0.5%
Limits
±
0.5%
±
1%
95%
Solderability
Resistance to
Soldering Heat
Short Time
Overload
Coverage
Min
±
0.5%
±
0.5%