1339374-2

The 1339374-2 from TE Connectivity AMP Connectors delivers cutting-edge performance in the Rectangular Connectors - Board In, Direct Wire to Board sector, specifically optimized for next-generation medical imaging and diagnostic equipment. Precision-engineered for signal integrity, these connectors meet the stringent EMI/EMC requirements of sensitive biomedical applications.Individual Wires configuration incorporates medical-grade materials that withstand repeated sterilization cycles, making it ideal for surgical robotics and patient monitoring equipment in hospital environments.Available in 4 (2 Pair) position options, the connector family supports high-channel-count data acquisition systems used in MRI machines and CT scanners where signal fidelity is critical for diagnostic accuracy.The 1-row design minimizes cross-talk between sensitive analog signals, particularly important in electrophysiology monitoring systems where microvolt-level signals must be preserved.Through Hole, Right Angle mounting ensures reliable connections in portable medical devices subject to frequent movement and accidental impacts, such as defibrillators and infusion pumps used in emergency medicine.Utilizing IDC technology, the connector achieves clean, gas-tight terminations that prevent fluid ingress in dialysis machines and other liquid-handling medical equipment.Compatible with 22-26 AWG wiring, the connector accommodates both high-speed data transmission and power delivery needs in complex medical systems like digital X-ray detectors and ultrasound machines.The Double Entry include radiopaque markers for X-ray visibility and antimicrobial housing materials, meeting the unique requirements of implantable medical devices and surgical navigation systems.Tin plating ensures biocompatibility for direct patient contact applications, while maintaining excellent electrical characteristics for precision biosignal measurement equipment.With 150.0µin (3.81µm) precious metal plating, the contacts maintain stable impedance in RF ablation systems where power delivery accuracy directly affects therapeutic outcomes.The Black housing complies with medical device color-coding standards, facilitating quick identification during emergency procedures and reducing the risk of connection errors in life-critical systems.