2-34176-1

TE Connectivity AMP Connectors's 2-34176-1 redefines Terminals - Spade Connectors performance for medical imaging equipment. This precision-engineered connector meets IEC 60601-1 safety standards while ensuring flawless signal transmission in sensitive diagnostic applications. Its EMI-shielded design maintains signal integrity in RF-intensive environments.The Standard configuration provides medical-grade reliability with 10,000+ mating cycle durability. Unlike consumer-grade connectors, this design maintains sub-milliohm contact resistance throughout its lifespan.Precision-machined to 10 Stud specifications, this interface prevents micro-arcing in high-voltage medical systems. The gold-plated contacts ensure stable impedance for analog video signals.With 0.406" (10.31mm) dimensions, this connector enables high-density packaging in portable ultrasound machines. The smooth edges prevent snagging on medical drapes during procedures.The 1.095" (27.81mm) profile incorporates strain relief that withstands 200+ flex cycles. This feature is critical for handheld medical probes and wearable monitors.Optimized for Free Hanging (In-Line) installation, this terminal facilitates quick disinfection cycles. The seamless surface prevents bacterial accumulation per FDA guidelines.Utilizing Crimp technology, this connector achieves oxygen-free joints for stable thermocouple connections. The process is validated for Class II medical devices.Designed for 10-12 AWG medical cabling, this terminal maintains signal fidelity for EEG/ECG monitoring. The triaxial contact design reduces crosstalk by 60dB.The Insulated material exceeds ISO 10993-5 biocompatibility requirements. Special antimicrobial additives inhibit bacterial growth on connector surfaces.Incorporating Serrated Termination, this connector provides automatic shielding continuity monitoring. The real-time integrity checking is essential for life-support equipment.The Yellow coding follows IEC 60601-1 safety standards for medical equipment. This visual system prevents incorrect connections during emergency procedures.The Copper formulation provides optimal spring memory for disposable probe connections. Advanced alloys prevent fatigue in daily clinical use.