Electronic Applications Dual-Row Female PIN Connector

Electronic Applications Dual-Row Female PIN Connector

2.54mm Pitch Female Connector - 2.54x11.0 Double Row 180°

Specification Description:
Model No.: Pitch 2.54mm Nematic 2.54x11.0 Double row 180°
Plastic height: 11.0mm
pin position: 2*2P～2*40P

 
Material:

Terminal material: brass

Plating of terminals: gold plated on nickel base
Plastic material: PBT,UL94V-0/PA6T,UL94V-0
Plastic colour: black  

Electrical Characteristics:
Rated current: 3.0 Amp
Contact impedance: 20mΩ Max
Insulation Resistance: 5000MΩ Min @ 500V DC
Withstanding Voltage: 1000V AC/1min 

   

Mechanical Characteristics
Operating temperature: -40°C to +105°C
Welding temperature (PBT material): 230+/-5°C, time: 5+/-0.5 sec.
Soldering temperature (PA6T material): 260+/-5°C, time: 5+/-0.5 sec.
Solderability (PBT material): more than 90% of soldered area @ Temperature: 230+/-5°C, Time: 3+/-0.5sec
Tin-on-tin (PA6T): 90% tin-on-tin @ Temp: 230+/-5°C, Time: 3+/-0.5 sec.

The 2.54mm Pitch Female Connector, particularly the 2.54x11.0 Double Row 180° variant, is a fundamental component in electronic engineering and PCB (Printed Circuit Board) design. Its 2.54mm pitch, a standard in electronics, allows for precise and secure connections between components.

The "2.54x11.0" specification denotes a width of 2.54mm and a height of 11.0mm, making it suitable for a variety of applications. This Double Row 180° design features two parallel rows of pins set at a 180-degree angle, allowing for increased connectivity in a compact space. It's commonly used in applications that require a higher density of connections, such as computer motherboards or expansion cards.

These Connectors are critical in many electronics, ensuring stable connections for data transmission and power distribution. The Double Row 180° configuration is advantageous for optimizing board space while maintaining the efficiency and reliability of electrical connections. This connector is a cornerstone of modern electronics, facilitating complex circuitry in a variety of devices.