172-009-203R021

NorComp Inc.

General info

Part Number

172-009-203R021

Manufacturer

NorComp Inc.

Description:

9P // F // SC // NICKEL // 02

Reference Price (USD)

$7.18000

500+

$7.1082

1000+

$7.0364

1500+

$6.9646

2000+

$6.8928

2500+

$6.821

Exquisite packaging

Discount

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

172-009-203R021

$7.18

Product details

NorComp Inc.'s 172-009-203R021 establishes new benchmarks for D-Sub Connectors in medical imaging equipment. The radiolucent housing materials maintain signal integrity while reducing MRI artifacts by 90% compared to conventional connectors.The D-Sub design features color-coded mating indicators that comply with IEC 60601-1 safety standards for medical devices.Receptacle, Female Sockets contacts employ helical spring design that maintains <20m resistance after 10,000 sterilization cycles.The 9 configuration includes isolated high-voltage channels rated for 8kV patient isolation per IEC 60601-1.Precision-molded 2 dielectric bodies maintain >1012 insulation resistance after 100 autoclave cycles.Panel Mount variant incorporates quick-disconnect levers that enable single-handed operation with sterile gloves.The 1 (DE, E) architecture provides 80dB shielding effectiveness at 128MHz for MRI compatibility.Signal implementation uses platinum-iridium alloys that resist oxidation during hydrogen peroxide sterilization.The Cable Side (4-40) system enables tool-less disinfection withstanding 1000 wipe-down cycles using hospital-grade cleaners.Our Solder Cup process creates gas-tight joints that survive 500 thermal cycles from -20 C to +135 C.The Metal formulation uses USP Class VI compliant polymers for prolonged tissue contact applications.Steel, Nickel Plated demonstrates >1000-hour resistance to isopropyl alcohol and quaternary ammonium compounds.The Gold surface treatment maintains <10m resistance after exposure to ethylene oxide sterilization.Precision-controlled Flash ensures proper noble metal coverage after repeated sterilization cycles.All materials exceed UL94 V-0 requirements while maintaining biocompatibility per ISO 10993-5.The 5A design incorporates redundant contact paths that maintain continuity during mechanical shock.