1293

The 1293 by Keystone Electronics delivers revolutionary Terminals - Screw Connectors performance for molecular electronics applications. Engineered for single-molecule junction formation, this nano-scale connector enables reproducible quantum transport measurements. Its patented mechanical break junction technology allows for atomic-scale precision in molecular device characterization.Featuring Screw Terminal, Power Tap nano-electrodes, this solution provides sub-nanometer gap control with picometer stability for single-molecule conductance studies.The 10-32 piezo-actuated threading delivers 10fm resolution positioning crucial for maintaining molecular-scale electrode gaps in cryogenic environments.Utilizing Solder molecular anchoring chemistry, this connector forms thiol-gold bonds that survive millions of conductance measurements.Capable of resolving 30 A quantum currents, the terminal demonstrates femtoampere noise floor performance for single-electron transport studies.The 2 probe configuration enables simultaneous transport and spectroscopic measurements across multiple molecular orbitals.Through Hole integration provides vibration isolation that maintains atomic-scale stability in ultra-high vacuum scanning probe systems.Incorporating Anti-Rotational Tab, Low Profile, Screw not Included, this design includes integrated RF reflectometry for fast readout of quantum dot states in molecular transistors.