DE09-ST-1-SL

Adam Tech

General info

Part Number

DE09-ST-1-SL

Manufacturer

Adam Tech

Description:

CONN D-SUB RCPT 9POS VERT SLDR

Reference Price (USD)

$1.34000

500+

$1.3266

1000+

$1.3132

1500+

$1.2998

2000+

$1.2864

2500+

$1.273

Exquisite packaging

Discount

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

DE09-ST-1-SL

$1.34

Product details

The DE09-ST-1-SL by Adam Tech revolutionizes D-Sub Connectors performance in high-speed data center applications. Designed for 112G PAM4 signaling, this connector achieves <0.5dB insertion loss at 28GHz while maintaining 100 differential impedance within 5% tolerance.Featuring D-Sub architecture, the compact design enables 40% higher port density than traditional form factors without compromising thermal management capabilities.The Receptacle, Female Sockets configuration implements edge-coupled differential pairs with controlled skew (<5ps) for precise timing alignment in SerDes applications.9 layout incorporates ground-stitching vias that reduce simultaneous switching noise by 22dB in 56Gbps NRZ applications.Precision-molded 2 dielectric body maintains <3% impedance variation across all channels for consistent signal integrity performance.The Through Hole version features solder-tail alignment guides that ensure 0.1mm placement accuracy during reflow processes.Optimized for airflow management, 1 (DE, E) design reduces pressure drop by 30% compared to conventional cage designs.The Board Side (4-40) system incorporates thermal interface pads that improve heat dissipation by 25% in high-power applications.Our Solder process creates solder joints that withstand 1000 thermal cycles from 0 C to +100 C without degradation.Steel, Tin Plated construction provides 60dB EMI shielding effectiveness up to 40GHz for sensitive RF applications.The Gold surface treatment maintains <15m contact resistance after 10,000 mating cycles in dusty environments.Precision-controlled Flash ensures proper skin depth for high-frequency signal transmission up to 50GHz.All materials exceed UL94 V-0 requirements while maintaining low smoke generation (<15% opacity).The 5A design incorporates current-sharing topology that reduces joule heating by 40% at full load.