Double row long ear patch Box Header

dgyzconn’s Double row long ear patch Box Header is an efficient solution for internal device connections, designed for electronics, industrial computers, and communication systems. As a core product of the Box Header series, its long ear patch structure, combined with SMT patch Header Connector technology, simplifies installation and enhances signal transmission efficiency through a double-row design. It supports multiple soldering types (SMT, angled, right-angle), adapting to different circuit board layouts, especially in high-density integration scenarios.

 

Featuring C2680/C5191 terminals and black LCP (UL94V-0) insulators, the connector operates stably from -40°C to +105°C with a 1A/pin current rating, suitable for regular circuit needs. The Gold Flash plating and ≥50u" nickel base layer limit contact resistance to max 20mΩ, ensuring low-loss signal transmission. With 6~100 PIN options, it supports customization in height and plating, compatible with specifications like black Box Header 1.27mm. Certified by IATF16949, ISO, and RoHS-compliant, it comes in standard plastic tray + carton packaging, offering ODM/OEM services with flexible color options for reliable, tailored connectivity solutions worldwide.

Attributes	Details
Application	Mainly for internal device connections; suitable for electronics, industrial computers, communication systems, after-sales parts, etc.
Soldering Type	SMT / Angled / Right-angle
Plastic Rows	Double-row
Rated Current	1A/pin
Operating Temperature	-40°C to +105°C
Terminal Material	C2680; C5191
Insulator Material	LCP (UL94V-0), Black
Processing Temperature Range	230°C to +260°C
Contact Resistance	Maximum 20M©
Contact Plating	Gold Flash; Nickel layer on base plate ≥50u"
Pin Count	6 - 100 PIN
Certifications	IATF16949, ISO9001, ISO14000
RoHS Compliance	Yes
Materials	PA6T, PA9T, LCP
Packaging Details	Standard packaging: plastic tray + carton; customizable according to requirements
Service Types	ODM and OEM services available; color can be customized flexibly