UL2464 Copper Signal Cable 28AWG MultiCore Shielded Wire 5M Flexible Audio Cable for Electronics

UL2464 Copper Signal Cable 28AWG MultiCore Shielded Wire 5M Flexible Audio Cable for Electronics Description

MultiGauge UL2464 Sheathed Copper Signal Wire A flexible, soft electronic audio wire designed for reliable signal transmission across a range of projects. Available in multiple AWG sizes to match signal and routing needs. Key benefits Wide size range: available in 30, 28, 26, 24, 22, 20, 18, 16 AWG to suit lowcurrent signal lines through to heavier interconnects. UL2464 sheathed wire construction for consistent insulation and organized cable assemblies. Copper signal conductors provide signal transmission and help improve conversion rates in signal conversion and audio applications. Soft and flexible cable is easy to route, bend, and manage inside equipment, panels, and enclosures. Suitable for soldering and standard termination methods used in audio and electronic assemblies. Important attributes Function: signal and audio interconnects, internal wiring, and custom cable assemblies. Compatibility: works with common audio devices, electronic modules, connectors, PCBs, and consumer electronics wiring applications. Size options: choice of AWG sizes supports both fine signal work and heavier leads where lower resistance is needed. Material: copper conductors for good conductivity and stable signal behavior. Performance: designed to maintain signal integrity through flexible routing and consistent conductor geometry. Typical applications Audio equipment and repairs: wiring for headphones, microphones, mixers, and patch cables where flexible, lowloss signal conductors are needed. Internal device wiring and prototypes: interconnects between PCBs, sensors, switches, and connectors in consumer electronics, control panels, and robotics. Custom cable assemblies and AV installations: making shortrun harnesses, patch leads, and bespoke interconnects in home theater or professional audio setups. Selection tip Choose a finer AWG for tight spaces and lowcurrent signal lines, and a larger AWG for longer runs or where lower resistance is required.