Infineon EVALXMC4800PSOC™6M5TOBO1 Evaluation Board Evaluation Board EVALXMC4800PSOC6M5TOBO1

This crimp terminal is a female connector designed for robust electrical applications. It accommodates wire sizes ranging from 0.95mm² to 1.87mm², delivering reliable performance across various settings. The product is compatible with NSCC unsealed housing models, making it versatile for multiple uses within the automation, electronics, and electrical sectors. Furthermore, it features a high conductivity copper material and is tin-plated to enhance durability and ensure low contact resistance.

• Female design facilitates easy installation in various configurations
• Crimp termination method ensures secure connections for optimal reliability
• Tin plating enhances corrosion resistance for longevity
• High conductivity copper improves current flow and reduces heat build-up
• Operating temperatures from -40°C to +85°C suit a wide array of environments
• Low contact resistance of 4 mΩ optimises performance in critical applications

• Used with NSCC unsealed housing models 98816, 98817, and 98821
• Ideal for power and signal connections in wiring systems
• Suitable for wire-to-wire connections in electrical assemblies
• Utilised in mechanical requiring stable electrical performance
• Applicable in automation systems requiring reliable connectivity

The terminal can accommodate wires with cross-sectional areas between 0.95mm² and 1.87mm², making it suitable for various electrical setups.

The tin plating provides enhanced corrosion resistance, ensuring long-lasting performance and reliability in diverse environmental conditions.

The maximum contact resistance is 4 mΩ, which is crucial as lower resistance reduces heat generation and ensures efficient conductivity.

Yes, this terminal operates effectively in temperatures ranging from -40°C to +85°C, suitable for demanding applications.

The crimp termination method secures the wire firmly to the terminal, preventing disconnections and ensuring consistent performance in critical applications.