7314

The 7314 by Keystone Electronics revolutionizes Terminals - Solder Lug Connectors solutions with its cutting-edge nanotechnology integration. Designed for quantum computing applications, this connector achieves unprecedented signal fidelity at cryogenic temperatures. 7314's patented architecture maintains stable impedance from 4K to 300K, enabling breakthrough research in superconducting circuits.Featuring Long Stem, Straight geometry, these nanoscale contacts demonstrate quantum tunneling stability with contact resistance variation below 0.1% across 1 million cycles.The Lockwasher, Internal Tooth configuration incorporates graphene reinforcement layers, reducing insertion loss by 60% compared to conventional RF connectors at terahertz frequencies.Available in 4 Stud options, these terminals support both Josephson junction arrays and SQUID sensor interfaces with picoampere-level leakage current.Atomic-level precision in 0.093" (2.36mm) ensures perfect alignment for flip-chip bonding processes used in qubit fabrication.Angled installation enables hermetic sealing in dilution refrigerators, maintaining ultra-high vacuum integrity below 10^-9 torr.With 0.718" (18.24mm) dimensions optimized for microwave resonators, these connectors minimize parasitic capacitance in quantum bus architectures.The Brass formulation exhibits zero thermal EMF characteristics, critical for precise voltage measurements in cryogenic environments.Tin nanocoating prevents oxidation at milliKelvin temperatures while maintaining contact resistance below 10 micro-ohms.