Current Rating:3.0A AC/DC
Voltage Ratinge:250V AC/DC
Contact Resistance:20m ohm. Max
Insulation Resistance:1000Mohm min
Withstanding Voltage:600V(r.m.s) For one Minute
Operating Temperature Range:-40°C ~ +105°C
Insulator:High Temp. Plastic(Nylon 6T UL94V-0)
Conact :Copper Alloy
Inquiry quotation: provide Plastic Height and Plating requiremen
Double Row Configuration: Our 2.54mm PCB Socket features a double-row design, providing increased pin density and versatility for a wide range of applications. Experience enhanced connectivity options for your electronic projects.
Bottom Entry Design: The bottom entry type facilitates easy assembly and secure connections, making it an ideal choice for applications where efficient PCB layout and space optimization are crucial.
Standard 2.54mm Pitch: With a standard 2.54mm pitch, this PCB socket ensures compatibility with industry standards, allowing for straightforward integration into your electronic designs. Achieve consistency and reliability with this widely adopted pitch.
Durable Construction: Crafted from high-quality materials, our PCB socket guarantees durability and longevity. The robust construction withstands the demands of frequent connections, ensuring stable performance over time.
Prototyping and Development: Ideal for breadboarding and prototyping electronic circuits, our 2.54mm PCB Socket Bottom Entry Type Double Row is a reliable choice for efficient development.
PCB Integration: Enhance your PCB layouts with the reliability of a double-row socket. It is well-suited for applications where increased pin count and compact design are essential.
Electronics Projects: Trusted by engineers and hobbyists alike, our 2.54mm PCB Socket Bottom Entry Type Double Row is a versatile solution for various electronic projects and applications.
Order Today for Seamless Connectivity:
Upgrade your electronic designs with our 2.54mm PCB Socket Bottom Entry Type Double Row. Experience the benefits of a double-row configuration, bottom entry design, and durable construction. Order now to achieve precision connectivity in your electronic projects.