你当前的浏览器版本过低或不支持。请升级或更换浏览器。推荐浏览器 Chrome Edge。

FBH12714-D78S1004K6M

The pictures are for reference only for installation methods, please refer to the specifications and drawings for details

Sales Drawings:
FBH12714 Series.pdf
3D Models:
fbh12714-d80_ref.stp
Export Page to PDF
Product number: FBH12714-D78S1004K6M
Category: Box Header Connectors
Specification: Pitch:1.27mm
Type: Socket
Mounting Style: SMT
Angle: 180°Vertical
Circuits: 78Circuits
Status: Active
Description: Box Header 1.27mm 180°Vertical 78Circuits(SMT)
Stock(pcs): 0
Lead time: Estimated delivery date 2025-03-04
MPQ: 1000
MOQ: 1000
Type: Box Header 1.27mm (SMT)
EU RoHS: Compliant(2011/65/EU)
EU REACH: Dose not contain REACH SVHC(1907/2006/EC)
EU ELV: Compliant(2000/53/EC)

Product Specification

Category
Category Box Header 1.27mm 180°Vertical (SMT)
Pitch 1.27mm
Electrical
Current - Maximum per Contact 1.00A
Voltage - Maximum 250V
Contact Resistance 20 mΩ Max
Insulation Resistance 500 MΩ Min
Withstanding Voltage 500V AC r.m.s
Temperature Range operating -40ºC~+85ºC
Material and Plating
Material-Metal Brass
Material - Plating Mating Gold
Material - Plating Termination Gold
Material - Resin PA9T UL94V-0
FBH20001-D60S1005K6K
Box Header 2.0mm 180°Vertical 60Circuits(DIP)
FCA12004-A05P212BK2020000
M12 CABLE 45ANGLE ENDED UNSHIELED ,A-CODED ,5Circuits ,PLUG ,45° ,PUR ,2M
FFC10010-19DSA226W1L
FPC/FFC connector 1mm ,19Circuits ,180° Vertical(DIP) ,Positive needle
FFC12502-11DBA226W5L
FPC/FFC connector 1.25mm ,11Circuits ,90° Angle(DIP)
FPH20021-D80S101402B
Pin Header 2mm 180°Vertical Double row 80Circuits(DIP)(1μ'')
FWJL24-D30020GN-01
JL24 ,Two-way plug cable ,30Circuits ,0.2M

Sales Drawings

Product number: {{currentProduct.code}}
Product information: {{currentProduct.descCn}}
Order quantity: {{currentProduct.num}}
Cart ({{myCartItems.length}}Item)
Total amount:
{{isCn?'¥':'$'}}{{cartProductTotal}}
New Version Notification
This page has been discontinued and no longer supports purchasing. Please visit the new version page for selection and purchase
Go immediately