Datasheet > ER8-120P-0.8SH

ER8-120P-0.8SH

更新时间： 2024-06-27 12:12:53

品牌	Logo	应用领域
广濑 - HRS		PC 插座连接器
页数	文件大小	规格书
1页	121K
描述
连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:0.8 mm;安装间距:0.8 mm;PIN数:120;浮动设计:无;插拔次数:100;安装方法:SMT;

阅读下载

中文翻译

获取价格

数据手册

如果您发现信息不准确，欢迎纠错

ER8-120P-0.8SH 数据手册

APPLICABLE STANDARD

OPERATING

STORAGE

TEMPERATURE RANGE

-55 C TO +85 C

-10 C TO +60 C

TEMPERATURE RANGE

RELATIVE HUMIDITY: 95% MAX

(NO DEW CONDENSATION IS

PERMITTED)

OPERATING

HUMIDITY RANGE

RATING

VOLTAGE

AC 100 V

SIGNAL: 0.5A

CURRENT

SPECIFICATIONS

ITEM

TEST METHOD

REQUIREMENTS

QT AT

CONSTRUCTION

GENERAL EXAMINATION

VISUAL AND WITH MEASURING INSTRUMENT

CONFIRM VISUALLY

ACCORDING TO A DRAWING

MARKING

ELECTRIC CHARACTERISTICS

CONTACT RESISTANCE

[EIA-364-23]

100 mA

50 m MAX (*1)

MATED WITH ER8-120S-0.8SV-*H(**)

―

ER8-120S-0.8SH(**)

INSULATION RESISTANCE 100 V DC

[EIA-364-21]

1000 M MIN

―

VOLTAGE PROOF

[EIA-364-20]

300 V AC FOR 1 min

NO FLASHOVER OR BREAKDOWN

MECHANICAL CHARACTERISTICS

MECHANICAL OPERATION 100 TIMES INSERTION AND EXTRACTION

[EIA-364-09]

1) CONTACT RESISTANCE CHANGE:

15 m OR LESS

―

2) NO FLASHOVER OR BREAKDOWN

3) NO DAMAGE, CRACK OR LOOSENESS

OF PARTS

RANDOM VIBRATION

[EIA-364-28]

FREQUENCY: 20 TO 500 Hz

1) NO ELECTRICAL DISCONTINUITY OF

1μs OR MORE

2) NO DAMAGE, CRACK OR LOOSENESS

OF PARTS

POWER SPECTRAL DENSITY: 0.02 G²/Hz

FOR 90 min IN THREE DIRECTIONS

980 m/s², DURATION OF PULSE: 6 ms

18TIMES TOTAL, 3 EACH DIRECTION, 3 AXIS

―

SHOCK

[EIA-364-27]

ENVIRONMENTAL CHARACTERISTICS

THERMAL SHOCK

[EIA-364-32]

1) CONTACT RESISTANCE CHANGE:

15 m OR LESS

TEMPERATURE(C): -55 →20 ~ 35 → 85 →20 ~ 35

TIME(min):

30 → 2 ~ 3 → 30 →2 ~ 3

―

UNDER 25 CYCLES

2) NO DAMAGE, CRACK OR LOOSENESS

OF PARTS

CYCLIC TEMPERATURE

AND HUMIDITY

[EIA-364-31]

@ 25 C, 90-95% RH: 120 min DWELL TIME

↑ ↓ 120min RAMP TIME

@ 65 C, 90-95% RH: 120 min DWELL TIME

3) NO FLASHOVER OR BREAKDOWN

4) INSURATION RESISTANCE:1000MΩMIN

UNDER 12CYCLES

DRY HEAT

[EIA-364-17]

1) CONTACT RESISTANCE CHANGE:

EXPOSED AT 105 C, 250 HOURS

15 m OR LESS

―

GAS TIGHT

[EIA-364-36]

Nitric acid vapor

60min

―

Resistance to

Soldering Heat

[IPC/JEDEC J-STD-020]

Reflow soldering :

Peak TMP : 260C MAX

Reflow TMP : 217C MIN for 40-150sec

No deformation of case of excessive

looseness of the terminal.

COUNT

DESCRIPTION OF REVISIONS

DESIGNED

CHECKED

DATE

APPROVED

CHECKED

DESIGNED

DRAWN

TY.TAKADA

20230718

20230714

REMARK

(*1) THE VALUE OF CONTACT RESISTANCE INCLUDES THE BULK RESISTANCE.

TY.TAKADA

KM.KUBOTA

Unless otherwise specified, refer to IEC 60512.

NOTE -- QT: QUALIFICATION TEST; AT: ASSURANCE TEST; X: APPLICATION TEST

DRAWING NO.

PART NO.

CODE NO.

ELC-377829-00-00

ER8-120P-0.8SH

SPECIFICATION SHEET

HIROSE ELECTRIC CO., LTD.

CL0625-0047-0-00

1/1

FORM HD0011-2-1

中文翻译

下载PDF

与ER8-120P-0.8SH相关器件

型号	品牌	获取价格	描述	数据表
ER8-120P-0.8SV-5H(10)	HRS	获取价格	连接器类型:插头;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-120S-0.8SH	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-120S-0.8SV-5H	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-120S-0.8SV-5H(10)	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-20P-0.8SV-5H(10)	HRS	获取价格	连接器类型:插头;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-30P-0.8SV-2H(10)	HRS	获取价格	连接器类型:插头;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-30S-0.8SV-5H(10)	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-40P-0.8SV-2H(10)	HRS	获取价格	连接器类型:插头;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-40S-0.8SV-5H	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:
ER8-40S-0.8SV-5H(10)	HRS	获取价格	连接器类型:插座;传输规格:PCIe Gen.4;传输速度:16.0 Gbps;开口间距:

与ER8-120P-0.8SH相关文章

BSS138LT3G：一款高效能N沟道MOSFET的全面解析
2024-07-04

4
解读EGP10B二极管资料手册：产品特性、参数分析
2024-07-04

3
RT9164AGG手册资料详解：引脚信息、设计指南
2024-07-04

3
2SA1037KPT资料详解：产品特性、电气参数、设计指南
2024-07-04

5

产品中心

服务支持

精选活动

关于我们

帮助中心

ER8-120P-0.8SH

ER8-120P-0.8SH 数据手册

与ER8-120P-0.8SH相关器件

与ER8-120P-0.8SH相关文章

您还可以找

产品中心

服务支持

精选活动

关于我们

帮助中心

ER8-120P-0.8SH

ER8-120P-0.8SH 数据手册

与ER8-120P-0.8SH相关器件

与ER8-120P-0.8SH相关文章

您还可以找

您在本页遇到什么问题？