0670689011

Molex

General info

Part Number

0670689011

Manufacturer

Molex

Description:

CONN RCPT USB2.0 TYPEB 4POS R/A

Datasheet:

0670689011 PDF

Reference Price (USD)

$2.58000

500+

$2.5542

1000+

$2.5284

1500+

$2.5026

2000+

$2.4768

2500+

$2.451

Exquisite packaging

Discount

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

0670689011

$2.58

Product details

Optimized for next-generation systems, Molex's 0670689011 sets new benchmarks in USB, DVI, HDMI Connectors performance through its innovative contact technology and robust mechanical design. This solution addresses critical challenges in high-density interconnect applications.Implementing USB-B (USB TYPE-B) standard, the interface includes embedded signal conditioning circuitry that compensates for transmission line effects in long-reach applications.The 4 contact array utilizes hybrid metallurgy (gold over palladium nickel) that outperforms conventional platings in corrosive industrial atmospheres.Designed with Receptacle configuration, the connector system incorporates zero-insertion-force mechanisms for high-cycle-count test equipment applications.Compliant with USB 2.0 requirements, the interface implements per-lane pre-emphasis that compensates for up to 20dB of interconnect loss.The Through Hole, Right Angle implementation features thermal break pads that minimize heat transfer from soldering processes to sensitive connector components.Engineered for Horizontal orientation, the design includes integrated retention clips that provide audible mating confirmation in blind-mate scenarios.Utilizing Solder technology, the connection system maintains impedance continuity within 5% of nominal value up to 40GHz.Characterized across 0°C ~ 50°C range, the material system demonstrates <0.5% dimensional variation under thermal cycling per IEC 60068-2-14.The 1 port configuration implements channel-to-channel skew matching of <5ps for precision timing distribution networks.Rated for 1.5A operation, the power contacts employ current-sharing topology that prevents hot-spot formation in parallel power applications.Tested at 30V potential, the insulation system demonstrates partial discharge inception voltage exceeding 2kV for medical-grade applications.Validated through 1500 operational cycles, the wear mechanism shows negligible degradation when tested per EIA-364-09.The Shielded EMI containment provides >60dB attenuation from DC to 18GHz while maintaining <1 ground path resistance.