332103

Amphenol RF's 332103 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 4.1/9.5 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 Bulkhead - Rear Side Nut, the connector withstands 100G shock loads without misalignment. The invar-based construction minimizes thermal drift.Validated with RG-402 (.141" 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 3 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.