2012-1X06G00S/028/023/G

Oupiin

General info

Part Number

Manufacturer

Oupiin

Description:

PIN HEADER, SINGLE ROW, 6 PIN, S

Reference Price (USD)

$0.42000

500+

$0.4158

1000+

$0.4116

1500+

$0.4074

2000+

$0.4032

2500+

$0.399

Exquisite packaging

Discount

TT / Paypal / Credit Card / Western Union / Money Gram

2012-1X06G00S/028/023/G

$0.42

Product details

The 2012-1X06G00S/028/023/G from Oupiin represents the cutting edge of Rectangular Connectors - Board Spacers, Stackers (Board to Board) technology, specifically engineered for high-speed digital systems. This advanced interconnect solution delivers unparalleled signal integrity while meeting the most demanding mechanical requirements.Supporting 6 positions, this connector enables high-density interconnections without signal degradation. The scalable architecture has been optimized through extensive S-parameter measurements.The 0.100" (2.54mm) pitch configuration minimizes crosstalk in high-speed differential pairs. This spacing has been validated for data rates exceeding 25Gbps in prototype testing.With 1 rows, the connector achieves optimal current distribution for power delivery networks. The symmetrical layout minimizes loop inductance in high-speed power distribution systems.The 0.091" (2.300mm) mating post length has been optimized for controlled impedance matching. This design feature significantly improves signal quality in high-speed interfaces.The 0.110" (2.800mm) tail length has been optimized for high-speed signal integrity. This dimension minimizes impedance discontinuities at the PCB interface.Available in Through Hole configurations, the connector supports diverse manufacturing processes. The surface mount version features precision-molded alignment posts for accurate placement.The Solder termination method has been engineered for high-frequency performance. The solder joint design minimizes stub effects in high-speed transmission lines.Utilizing Gold plating technology, the contacts deliver exceptional high-frequency characteristics. The advanced finish formulation has been tested for insertion loss up to 40GHz.The Flash plating thickness provides optimal signal transmission characteristics. This specification has been validated through time-domain reflectometry measurements.The Black housing material features low dielectric loss characteristics. The advanced polymer compound maintains stable electrical properties across temperature variations.