Showing 1–12 of 29 results
1.0mm Pitch SMT Dual Row Pin Header
Designed for compact electronics where routing space is limited, this 1.0mm pitch SMT dual row pin header delivers a stable, high-density interface with 0.30mm square brass1.0mm Single Row Through-Hole Pin Header
This 1.0mm single row through-hole pin header is built for high-density signal and low-current power interconnects in compact PCB layouts where mechanical strength and solder
Pin Headers and Socket Headers, Pin Header (PCB Header), Socket Header (PCB Receptacles), Socket Header SMT Type
1.0mm SMT Dual Row Female Header Low-Profile 2.2mm
The 1.0mm SMT dual row female header is a low-profile 2.2mm-high, fine-pitch surface-mount socket featuring phosphor-copper gold-plated contacts, PA6T UL94V-0 housing and 0.75A1.0mm SMT dual row pin header 1.50H
This 1.0mm SMT dual row pin header 1.50H is engineered for dense board layouts requiring reliable signal routing and stable solder joints in surface-mount assemblies. The drawing1.27 mm Dual-Row SMT Pin Header, Vertical, Base 1.0 mm (DW-PH-2127298WVnP)
1.27 mm Dual-Row SMT Pin Header, Vertical, Base 1.0 mm It features a vertical (top-entry) orientation with surface-mount terminals and a 1.0mm standoff/base for solder-paste
Pin Headers and Socket Headers, Pin Header (PCB Header), Socket Header (PCB Receptacles), Socket Header SMT Type
1.27mm Dual Row SMT Female Header 4.3mm Base
The 1.27mm dual row SMT female header 4.3mm base height is a fine-pitch, low-profile receptacle with gold-over-nickel phosphor bronze contacts and PA9T UL94V-0 housing, rated 1.0A
Pin Headers and Socket Headers, Pin Header (PCB Header), Socket Header (PCB Receptacles), Socket Header SMT Type
1.27mm Dual Row SMT Pin Header with Post, Base 6.5H
1.27mm dual row SMT pin header with post is a fine-pitch board-to-board connector designed for dense signal routing in modern electronic assemblies. This 1.27mm dual row SMT pin
Pin Headers and Socket Headers, Pin Header (PCB Header), Socket Header (PCB Receptacles), Socket Header SMT Type












