431-115J-52S

Amphenol RF's 431-115J-52S revolutionizes Coaxial Connectors (RF) connectivity for terahertz imaging systems. Developed for security scanning and medical diagnostics, this connector delivers unprecedented bandwidth with minimal modal dispersion in the 0.1-10THz spectrum.The 4.3/10 interface features photonic crystal fiber alignment for optimal Gaussian beam coupling. The anti-reflection coated surfaces minimize standing wave formation.Utilizing Jack, Female Socket topology, the connector achieves <0.01dB/mm attenuation at 1THz. The hollow-core waveguide design eliminates dielectric loss mechanisms.Solder technology provides quantum cascade laser compatibility with < /100 wavefront distortion. The gold-black coated contacts reduce thermal noise in bolometer applications.With Solder methodology, the connector exhibits >80dB isolation against substrate modes. The corrugated horn design ensures pure HE11 mode propagation.The 50Ohm matched transition features graded-index metamaterials for broadband performance. Time-domain spectroscopy confirms <1% reflection across the operational band.Optimized for Panel Mount integration, the connector maintains <5 m alignment tolerance. The kinematic mount allows for rapid optical bench configuration changes.Engineered with Flange, the connector withstands 100G shock loads without misalignment. The invar-based construction minimizes thermal drift.Validated with RG-401 (.250" Semi Rigid) waveguides, the connector demonstrates <0.1ps group delay dispersion. The precision-machined flanges ensure leak-free coupling in vacuum systems.The Threaded mechanism provides sub-wavelength positional accuracy with <1 m repeatability. The friction-lock design prevents micro-vibration induced phase noise.Characterized at 6 GHz, the connector shows <0.5dB insertion loss up to 5THz. The surface plasmon-enhanced design minimizes conductor losses.With 1 independent channels, the connector supports multi-spectral imaging arrays. Each port features integrated beam collimation optics.Advanced Low PIM include integrated Golay cell detectors for power monitoring. The connector is compatible with synchrotron radiation facilities' ultra-high vacuum requirements.The Silver housing material exhibits <0.001 absorption coefficient at THz frequencies. The diamond-turned surface finish minimizes scattering losses.Meeting IP67 - Dust Tight, Waterproof standards, the connector operates in Class 100 cleanroom environments. The particulate-free design prevents contamination of sensitive optics.The Beryllium Copper formulation provides <10nm RMS surface roughness. The nitrogen-doped copper alloy maintains stable conductivity across temperature extremes.