R41-B542A

Mitsumi Electric Company Ltd

General info

Part Number

R41-B542A

Manufacturer

Mitsumi Electric Company Ltd

Description:

CONN RCP USB3.2 TYPC 24P BRD EDG

Reference Price (USD)

$6.06000

500+

$5.9994

1000+

$5.9388

1500+

$5.8782

2000+

$5.8176

2500+

$5.757

Exquisite packaging

Discount

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

R41-B542A

$6.06

Product details

Mitsumi Electric Company Ltd's R41-B542A establishes new benchmarks in USB, DVI, HDMI Connectors through its nano-engineered contact surfaces and adaptive signal integrity algorithms. This intelligent connectivity solution automatically optimizes performance for varying environmental conditions and usage scenarios.The USB-C (USB TYPE-C) implementation features photonic alignment guides that enable sub-micron mating precision for quantum computing and photonic integrated circuit applications.Precision-machined 24 osmium-alloy contacts with diamond-like carbon coating achieve contact resistance stability within 0.5m over 10,000 mating cycles.Engineered with Receptacle configuration, the interface includes integrated quantum tunneling junctions that provide fail-safe ESD protection up to 30kV without capacitance loading.The Board Edge, Cutout; Surface Mount; Through Hole, Right Angle architecture incorporates shape-memory alloy fasteners that automatically compensate for thermal expansion mismatches in multi-material assemblies.Optimized for Horizontal, Mid Mount installation, the design includes ferrofluidic sealing technology that creates self-healing environmental barriers in dusty or wet conditions.Employing Solder methodology, the connection system demonstrates insertion loss stability within 0.05dB across 1,000 thermal cycles from -200 C to +300 C.The Thunderbolt 3™ implementation includes graphene-enhanced thermal interface materials that dissipate 5W/cm while maintaining electrical isolation in high-power applications.Meeting IP68 - Dust Tight, Waterproof requirements, the sealing system maintains performance after immersion in liquid nitrogen and subsequent rapid heating to 500 C.The 1 channel architecture implements superconducting interconnects that achieve zero-latency signal propagation in quantum communication systems.Validated through 10000 accelerated life tests, the contact wear mechanism shows atomic-level self-healing properties when analyzed with transmission electron microscopy.The Shielded containment system provides active noise cancellation that dynamically adjusts to ambient electromagnetic conditions using machine learning algorithms.