Two Plastic Dual Row Sraight Box Header Connector

Two Plastic Dual Row Sraight Box Header Connector

2.0mm pitch Height6.4mm+2Rows 180° Box Header Connector

Box Header Connector Specification Description:
Product Model:2.0mm pitch BOX2.00 H6.4+2 rows of pins plastic Double row 180°
Product type: DIP type-180°
pin position: 2*2P ~ 2*40P

Box Header connector material:
Pin Material: Brass
Plating: nickel with gold plating
Plastic material: PBT,UL94V-0/PA6T,UL94V-0
Plastic colour: black  

Electrical Characteristics:
Rated current: 2A AC,DC
Contact impedance: 20mΩ Max
Insulation impedance: 3000MΩ Min @ 500V DC
Withstanding voltage: 500V AC/1min 

Mechanical Characteristics:
Operating Temperature: -40℃～+105℃
Soldering temperature (PBT material): 230 +/-5 ℃, time: 5 +/-0.5 sec

Soldering temperature (PA6T material): 260 + / - 5 ℃, time: 5 + / - 0.5 sec 
Solderability (PBT): 90% or more of soldered area @ Temp: 230+/-5°C, Time: 3+/-0.5sec
Tin-on-tin (PA6T): over 90% of the tinned area @ Temp: 230+/-5°C, Time: 3+/-0.5sec

The 2.0mm Pitch Height 6.4mm+2 Rows 180° Box Header Connector is an essential component in electronic circuit design and PCB (printed circuit board) assemblies. This connector offers precise 2.0mm pitch spacing between its rows, making it a versatile and reliable solution for establishing connections in various electronic applications.

The "2 Rows" designation indicates that this connector features two parallel rows of pins or sockets, providing additional connectivity options. The 180° configuration means that the connector is designed to connect at a right angle to the PCB, ensuring secure and stable connections.

With a height of 6.4mm, this connector offers a moderate profile while maintaining a dependable and robust connection between the PCB and other components. It plays a crucial role in the efficient transmission of electrical signals and power, enabling seamless data transfer and power distribution.

The 2.0mm Pitch Height 6.4mm+2 Rows 180° Box Header Connector is widely used in various industries, including telecommunications, industrial automation, and automotive applications. Its versatility and reliability make it a preferred choice for engineers and designers who need dependable and space-efficient interconnections in their electronic designs.