深圳市首韩科技有限公司
SHENZHEN SHOUHAN TECHNOLOGY CO.,LTD
Tel: 0755-27597601
Fax: 0755-27597491
承认书
名 称 规 格:
TF PUSH
客 户 料 号:
工程部印章
刘小军
联络人: 罗孝金
客户确认
Product Name
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2 / 8
1. SCOPE(适用范围)
This product specification defines the product performance and the test methods to ascertain the
performance of the T-FLASH外焊., which is designed and manufactured by Company.
本产品规格书规定了由本公司设计生产的 T-FLASH外焊 连接器产品的特性及测试方法.
2. REFERENCE DOCUMENTS(参考文件)
MIL-STD-1344A Test method for electrical connector (电子连接器测试方法)
MIL-STD-202F Test method for electrical components (电子零件测试方法)
EIA364 Test method for electrical components (电子零件测试方法)
JIS C 0051 Test method for electrical components (电子零件测试方法)
MIL-G-45204C Specification for gold plating (镀金规格)
IEC-512-3 IEC standard for current carrying capacity tests(IEC电流测试标准)
QQ-N-290A Specification for nickel plating (镀镍规格)
MIL-P-81728A Specification for tin/lead plating (镀锡铅规格)
MIL-T-10727B Specification for tin plating (镀锡规格)
UL498 UL standard for safety of attachment plug and receptacle(UL安规要求标准)
EN/ISO5961 Determination of total lead & cadmium content ( 总铅和总镉含量测定)
EN1122 Determination of total lead & cadmium content ( 总铅和总镉含量测定)
EN13346 Determination of heavy metals content ( 重金属含量测定)
EPA3052 Determination of total lead & cadmium content ( 总铅和总镉含量测定)
3. FEATURE & DIMENSIONS (特征及尺寸)
3.1. PRODUCT DIMENSION (产品尺寸)
These connectors shall have the dimensions as shown in customer drawing。
本产品的相关尺寸参见客户图面。
3.2. PCB/PANEL LAYOUT (印刷电路板布局)
The recommended PCB layout is shown in customer drawing。
本产品适用的PCB layout参见客户图面。
3.3. MATERIAL (材料)
The harmful material can follow the requirement of RoHS.
本产品使用的材料符合 RoHS 指令要求。
3.4. MECHANICAL & ELECTRICAL CHARACTERISTIC (机械及电气特性)
The connector shall have the mechanical and electrical performance as described in table I:
本产品的机械及电气特性见附表I。
3.5. PACKAGING (包装)
Products shall be packaged according to requirements specified in purchase order for safe
delivery. Products required tray or carrier tape should meet the proper specification per
purchase order. Connector container and the packaging specification is shown in customer
drawing。
产品包装可依客户指定要求。本产品采用卷带包装,具体规格见客户图面。
3.6. MARKING(标识)
Manufacturer’s name, industry recognized logo, or customer approved marks。
标示制造商的名称,或客户认可的相关标志。
3.7.TRANSPORTATION (运输)
Any vehicle can be adopted for the transportation, but moisture-proof and no mechanical
damage.
可采用任何运输工具运输,勿淋湿及机械性损伤。
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3.8.STORAGE (存贮)
Temperature: -25℃~+85℃,Relative humidity: ≤80%,Not to storage in corrosive
environments A re-qualification test shall be conducted immediately while the storage duration
exceed 6 months.
温度:-25℃~+85℃;相对湿度:≤80%;勿贮存于腐蚀环境内。贮存期超过6个月后需重新进行
品质确认。
4. ENVIRONMENTAL(环境要求)
4.1. SOLDERABILITY(可焊性)
Connector’s solderability can meet MIL-STD-202F standard. Finish shall be free of
contaminants.
产品可焊性符合 MIL-STD-202F 标准规定的相关要求,表面不得有污染物.
4.2. RESISTANCE TO SOLDER HEAT (耐焊接热)
4.2.1. Wave Soldering (波峰焊)
Consists of three consecutive phases. 包括三个连续的阶段完成;
4.2.1.1. Preheat(预热)
Increase in temperature not to exceed 4℃per second. Final preheat temperature will be
within 125℃of solder temperature. 温度增加不超过4℃ /秒,最终预热温度不超过125℃.
4.2.1.2. Soldering(焊接)
Device leads will be exposed to solder wave at 250℃for a maximum of 5 seconds. 设备中
的引导焊接温度最高250℃不超过5秒.
4.2.1.3. Cool Down(冷却)
Cool down in ambient air at approximately 20℃to 25℃. 冷却到周围环境温度20℃~ 25℃.
4.2.2. INFRARED REFLOW (红外线回流焊)
Three cycles. Each cycle consisting of three consecutive phased. 三个周期,每个周期包括
三个连续的阶段完成;
4.2.2.1. Preheat(预热)
Increase in temperature not to exceed 4℃ per second. 温度增加不超过4℃ /秒,
4.2.2.2. Soldering(焊接)
Maximum allowable time above reflow temperature of 183 ℃ is 90 seconds. Maximum
temperature in this interval is 260℃, not to exceed 10 seconds. 回流焊温度183℃以上的
时最长不超过 90秒. 最高温度260℃时间不超过10秒.
4.2.2.3. Cool Down(冷却)
Cool down shall not exceed 6℃ per second. 冷却速度不超过6℃/秒. Note:(注)Device
temperature measurements are referenced from the top-center of the package outer
surface. 设备温度量测时以从顶部中间位置测量为准;
4.3. CLEANING (清洗)
Connectors resist to cleaning process. Aqueous Cleaning: Three cycles; each cycle consisting
of a maximum of one minute exposure to 54℃ to 66℃ demineralized tap water at a maximum
pressure of 30 psi; followed by air drying for 60℃to 90 seconds at 93℃ to 121℃.
产品本身可以承受清洗制程. 水洗:包含三个循环;每个循环包括以下:以最大压力30帕,温度 54
℃~ 66℃,去除矿物质的水,用水龙头冲洗最多一分钟,然后用温度 93℃~121℃的空气吹60到
90秒;
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5. PERFORMANCE AND TEST DESCRIPTION (性能及测试)
5.1. REQUIREMENT(要求)
Product is designed to meet electrical, mechanical, and environmental performance
requirements specified in Table I.
本产品设计符合附表一所列的机械,电气及环境要求.
5.2. TEST CONDITION (测试条件)
Unless otherwise specified, all tests shall be performed at ambient environmental conditions.
除非特别注明,所有测试在室温条件下完成;
5.3. SAMPLE SELECTION (样品选择)
Test samples shall be selected at random from current production. No test samples shall be
reused. Samples are pre-conditioned with 10cycles of durability. Each group shall be
containing 5 test samples.
测试样品从现生产的产品中随机抽取,所有测试过的样品不得重复使用. 样品已预先插拔10次,
每组测试有5个样品;
5.4. TEST SEQUENCE (测试顺序)
Products qualification test sequence as shown in Table II.
产品品质测试顺序见附表二.
6. QUALITY ASSURANCE PROVISIONS (品质保证)
Company is responsible for the quality of the part as it is delivered to customer. Failing lots will be
return or other supplier corrective action.
本公司对出给客户的所有产品品质负责,不良批次的产品退回或由供应商做矫正;
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TABLE I:
PERFORMANCE REQUIREMENTS
Items
1.Confirmation of
Product 产品确认
Requirements
Product shall be conforming to
the requirements of applicable
product drawing.
产品必须满足相关文件的规定
Test Methods
Visually, dimensions and functionally
inspected per applicable product drawing.
目视,尺寸及功能依照客户图面检查。
2. Contact resistance
(Low Level)接触阻抗
80 mΩ Max. initial 80 mΩ最
大.初态
3. Insulation
resistance 绝缘阻抗
1000 MΩ Min. 1000 MΩ最小
Subject mated contacts assembled in housing
to closed circuit of 10 mA max. at open circuit
voltage of 20 mV max. 所述固定在外壳里的端
子联结到一个封闭回路中测试:电流10mA,电
压20 mV max.。
Measure by applying test potential between
the adjacent contacts, and between the
contacts and ground in the mated connector.
MIL-STD-202, Method 302, Condition B (500
V DC±10%). 测试产品端子间以及端子与接地
间的电阻,适用:MIL-STD-202, 方法302,条
件B (500V DC±10%) 。
4. Dielectric Strength
耐电压
Connector must withstand test
potential of 500 V AC for 1
minute. Current leakage must
be 1.0 mA max.. 样品必须承受
测试电 500V AC,时间一分钟,
漏电流不大于1.0 mA.
Measure by applying test potential between
the adjacent contacts, and between the
contacts and ground in the mated connector.
MIL-STD-202, Method 301. 测试产品端子间以
及端子与接地间的电压,适用:MIL-STD-202 ,
方法 301 。
5. Durability
(Repeated
Mating/Unmating) 耐
久力
6. Temperature rise
温度急变
Contact Resistance: 100 mΩ
Max. after testing 完成插拨测
试后接触阻抗不大于100 mΩ
Mate and unmate connector for 5000 cycle .
同配合产品进行5000次插拔。
30°C Max. 不高于30°C
Carry rated current load.0.3A per contact.
(UL498)每根端子负载0.3A 电流。(UL498)
7.Vibration
Sinusoidal Low
Frequency 低频正弦
振动
No electrical discontinuity
greater then 1 μsec (s) shall
occur. Contact resistance:100
mΩmax. 不允许出现超过1 μ
sec (s) 的瞬间断开,接触阻抗:
100 mΩ最大;
Subject mated connector to 10-55-10 Hz
traversed in 1 minute at 1.5 mm amplitude 2
hours each of 3 mutually perpendicular plane,
10 mA applied MIL-STD-202, Method 201. 对
测试样品,在频率变化每分钟从10-55-10 Hz,
振幅 1.5 mm 条件下,在互相垂直的三个面上,
每个面2 小时下测量,电流 10 mA ;适用:
MIL-STD-202 ,方法 201。
8. Shock 冲击
No electrical discontinuity
greater than 1 μsec. shall
occur. No damage to product.
不允许出现超过1 μsec (s) 的
瞬间断开,产品无损坏;
Applying an appropriate holder is allowed in
vibration test and shock test. MIL-STD-202,
Method 213,490m/s2, 3 axes. 使用合适的固定
方式,适用方法. MIL-STD -202,方法213,加
速度490m/s2,三个轴上均做测试。
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Requirements
Test
Methods
9. Thermal shock 热
冲击
No damage, Contact
Resistance (Low Level) (Final)
100 mΩmax. 产品无损坏,接触
阻抗:100 mΩ最大
Temperature range from -55°C to +85°C .Start
from -55°C. After 30 min. change to +85°C,
change time is no more than 30 seconds.
Total 5 cycles. MIL-STD-202, Method
107D,condition A. 温度变化范围: -55°C~
+85°C ;从 -55°C 开始,30 分钟后换到
+85°C ;转换时间不超过30 秒;共5 个循环。
适用:MIL-STD-202 ,方法107D ,条件A。
10. Humidity 恒温恒
湿
No damage, Contact
Resistance (Low Level) (Final)
100 mΩmax.. Dielectric
Strength should be OK,
Insulation Resistance should
be 100 MΩ min. 产品无损坏,
接触阻抗:100 mΩ最大;耐电
压测试OK, 绝缘阻抗100MΩ最
小;
Temperature :40±2°C 96 hours. Relative
humidity: 90-95%; Duration: 96 Hours.
MIL-STD-202, Method 103, 温度:40±2°C
96 小时;相对湿度:90-95% ;时间:96 小
时;MIL-STD-202 ,方法103。
11.Solderability 可焊
性
Appearance of the specimen
shall be inspected after the test
with the assistance of a
magnifier capable of giving a
magnification of 10 X for any
damage such as pinholes, void
or rough surface. 样品在测试完
成后,用放大倍数为10 倍的显
微镜,检查外观损坏如:小孔,
空焊,外观粗糙度;
No damage 产品无损坏
Soldering time: 3 to 5 Seconds Temperature:
255±5°C. 焊接时间:3~5 秒,温度:255±
5°C。
12.Resistance to
soldering heat 耐焊
接热
13. Salt Spray 盐雾
Contact Resistance (Low
Level) (Final) 100 mΩmax. 接
触阻抗(末态) 100 mΩmax.
14.High temperature
高温
Contact resistance: 100 mΩ
max. 接触阻抗100 mΩmax.
Leave subject product in the 255±5°C
chamber for 2 minutes. 产品置于255±5°C 烘
箱内2 分钟。
5±1% salt concentration 24±4 hours 35±
2°C MIL-STD-202, Method 101 Condition B.
盐水浓度(重量比)5±1%,镀金区域时间24
小时,镀锡区域时间8小时。温度35±2°C;
MIL-STD-202,方法101 ,条件B。
Subject product to 85±2°C for 96 hours
continuously. MIL-STD-202, Method 108. 产
品置于85 ±2°C 连续96 小时,适用
MIL-STD-202, 方法108。
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TABLE II:
PRODUCT QUALIFICATION TEST SEQUENCE
Test Group
Test Description
1. Examination of Product 外观
2. Contact Resistance (Low Level) 接
触阻抗
A
1,7
B
1,4
C
1,5
D
1,5
E
1,10
2,6
2
2,4
2,4,
2,8
3. Insulation Resistance 绝缘阻抗
3
4. Dielectric Strength 耐电压
4
5
5. Durability 耐久力
6. Temperature rise 温度急变
7. Vibration Sinusoidal Low
Frequency 低频正弦振动
8. Shock 冲击
9. Thermal shock 热冲击
10. Humidity 恒温恒湿
11. Solderability 可焊性
12. Resistance to soldering heat 耐焊
接热
13. Salt Spray 盐雾
14. High temperature 高温
F
1
G
1
3,6,
9
4
H
1,9
I
1,9
2,6
2,6
3,7
3,7
4,8
4,8
3
3
3
5
7
2
2
5
5
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TABLE III:
REFLOW SOLDERING PROFILE
Pb-free reflow profile requirements:
Parameter
Average temperature gradient in
preheating
Soak time
Time above 217°C
Time above 230°C
Time above 255°C
Peak temperature in reflow
Temperature gradient in cooling
Reference
Specification
2.5°C/s
tsoak
t1
t2
t3
Tpeak
2-3 minutes
60 s
50 s
5s
255°C (+5/-0°C)
Max -5°C/s
This profile is the minimum requirement for evaluating soldering heat resistance of
components. Heat transfer method used for reflow soldering is hot air convection. The
actual air temperatures used to achieve the specified profile is higher and largely
dependent on the reflow equipment.
深圳市首韩科技有限公司
TF PUSH
深圳市首韩科技有限公司
深圳市首韩科技有限公司