2 Pitch Dual Row SMT Flat Pin Header

The 2.00mm Dual Row SMT Horizontal Pin Header is a specialized solution for surface-mount assembly, ideal for flat PCB layouts or where traditional through-hole processes are not suitable. This female to female pin header mate is frequently used in compact modules and automated test systems.

 

With flat SMT mounting, this header can be efficiently assembled using pick-and-place machines. The Pin Header Connector supports high-speed signal transmission and consistent contact retention.

 

If you’re designing miniaturized electronic systems that rely on SMT processes and need reliable board-to-board connections, this 2.0 Pin Header solution offers excellent dimensional stability and electrical performance.

 

 

dgyzconn provides tailored solutions for SMT pin headers, including options for different pin counts, plating materials, and packaging methods such as tape and reel for automated assembly. Their expertise in surface-mount technology ensures high-quality products that meet the demands of modern electronics manufacturing. dgyzconn's proactive approach to customer service and customization makes them a preferred supplier for specialized connector needs.

Item	Description
Application	Primarily used for internal device connections; not suitable for external connectivity.
	Applicable for electronics, industrial computers, telecom systems, aftermarket components.
Soldering Type	SMT / Straight / Right Angle / J Type / U Type
Plastic Row Options	Single Row, Dual Row
Rated Current	2A per 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	Max 20mΩ
Contact Plating	Gold Flash plating
	Nickel underlayer ≥50μ"
Number of Contacts	6–80 PINs
Certifications	ISO9001, ISO14000
RoHS Compliance	Yes
Material Options	PBT, PA46, PA6T, PA9T, LCP
Packaging	Standard: plastic tray + carton; customizable upon request
Service	ODM and OEM support; color customization available