Motherboards Efficient Electrical Connections Connectors

Motherboards Efficient Electrical Connections Connectors

2.0mm Pitch Female Connector 2.0x6.3 Single Row 90°

Specification Description:

Model No.: Pitch 2.0mm Nematic 2.0x6.3 Single row 90°
Plastic height: 6.3mm
pin position: 1*2P～1*40P

Material:

Terminal material: brass

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

Electrical Characteristics:
Rated current: 2.0 Amp
Contact impedance: 20mΩ Max
Insulation Resistance: 3000MΩ Min @ 500V DC
Withstanding Voltage: 500V 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 the 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.

Motherboards serve as the central nervous system of a computer, orchestrating the interaction between various hardware components. The motherboard relies on a web of electrical connections to facilitate the flow of data and power. An integral part of this intricate network is the female connectors used to interface with other hardware, such as RAM, graphics cards, and storage devices.

These connectors, also known as sockets or slots, play a crucial role in maintaining the motherboard's functionality. Their design ensures efficient electrical connections, allowing for the transmission of signals, power, and data between the motherboard and the connected components. The quality and precision of these connectors are paramount, as even the slightest discrepancy can lead to issues like data corruption or hardware malfunctions.

Motherboard manufacturers continually strive to improve the reliability and performance of these female connectors, as they are pivotal in ensuring the seamless operation of modern computers. Advancements in connector technology, such as increased pin counts, higher data transfer speeds, and enhanced durability, have greatly contributed to the overall efficiency and stability of motherboard connections. In essence, these connectors are the linchpin of a motherboard's functionality, enabling the smooth operation of a computer's myriad components.