1-1377174-3

The 1-1377174-3 by TE Connectivity AMP Connectors redefines excellence in Terminals - Wire Pin Connectors, specifically designed for high-reliability medical imaging equipment. These connectors feature gold-plated contacts with <0.1 contact resistance, ensuring signal fidelity for MRI gradient coil connections. The biocompatible housing materials comply with ISO 10993-5 cytotoxicity requirements.Precision-engineered Circular - 0.071" (1.80mm) Dia contacts maintain 50 impedance matching for RF coil interfaces. The elliptical pin geometry reduces eddy current losses by 40% compared to conventional designs in 3T MRI systems.With 0.264" (6.71mm) pin length, these terminals achieve optimal spring force distribution across PET detector array connections. The length tolerance of 0.005mm prevents image artifacts in digital radiography systems.The compact 0.799" (20.29mm) profile enables high-density interconnections in portable ultrasound machines. The low-insertion-force design accommodates 10,000 mating cycles without performance degradation.Compatible with 14-16 AWG wiring, these terminals employ medical-grade crimping that passes IEC 60601-1 leakage current tests. The smooth radius crimp profile prevents strand breakage in flexible patient monitoring cables.The 0.169" (4.29mm) range includes radiation-resistant materials that withstand 200kGy gamma sterilization doses. The color-stable variants maintain visual identification after repeated autoclave cycles.Insulated options feature antimicrobial additives that inhibit bacterial growth in ICU equipment, meeting EPA registration standards for healthcare surfaces.The Crimp process creates gas-tight connections that maintain <0.5dB insertion loss up to 10GHz, critical for intravascular ultrasound imaging catheters.Advanced Serrated Termination include embedded RFID tags that store sterilization history and usage data for compliance with FDA 21 CFR Part 11 medical device tracking requirements.Blue coding follows DICOM standards for modality-specific identification in hospital PACS networks. The high-visibility variants reduce connection errors in low-light surgical environments.