Welcome to our Cable & Harness Fundamentals section. Here, you’ll find essential knowledge on custom cable manufacturing, wire gauge (AWG) standards, connector basics, and industry terminology. Whether you are an electronics engineer, procurement specialist, or DIY enthusiast, these guides will help you understand the core mechanics and specifications needed for your custom assembly projects.
Key Takeaways Standardization Difference: American Wire Gauge (AWG) measures wire thickness inversely using gauge numbers, whereas metric cross-sectional area (mm²) measures actual conductor surface area directly. Cross-Border Conversion: 18 AWG corresponds to approximately 0.82mm², 14 AWG to 2.08mm², and 10…
Key Takeaways Genderless Design: Uses identical mating housings, removing the need for separate male and female connectors while enabling modular, stackable multipole configurations. Standardized Modular Ratings: PP15, PP30, and PP45 series share the exact same housing outer dimensions, differing only…
Key Takeaways Comprehensive Portfolio: TE Connectivity cable assemblies span wire-to-board, wire-to-wire, and high-speed differential configurations designed for signal currents ranging from 1A up to 30A per contact. Standardized Pin Definitions: Proper identification of power, ground, and differential signals (such as…
Key Takeaways AWG selection directly impacts efficiency: Undersized cables lead to voltage drops, thermal throttling, and potential insulation breakdown in high-current paths. Thermal limits set safe current boundaries: Always evaluate current capacity based on acceptable temperature rise (typically 20°C to…
Custom design cables are purpose-engineered cable assemblies built to exact specifications for conductor type, insulation, shielding, connectors, length, and environmental rating—as opposed to off-the-shelf cables designed for general use. The global cable assembly market was valued at approximately $179 billion…