3.5mm Mono 2Pole Female Jack to Bare Wire Replacement Audio Cable This replacement audio cable offers a reliable and versatile solution for connecting a 3.5mm mono female jack to bare wire inputs. Designed for quick repairs or custom installations, it delivers consistent performance across a wide range of devices. Key Features and Benefits: **3.5mm mono 2pole female jack** for seamless audio input connections. **Bare wire termination** for easy integration into custom audio setups or direct device wiring. Durable build for longlasting use in professional or hobby applications. Compact size for effortless installation in tight spaces. Clear wiring identification: PIN 1 – red wire carries mono audio signal PIN 2 – black wire serves as ground connection Compatibility: Fits most speakers, PA horns, CB radios, amateur radios, scanners Supports voltage trigger applications such as Morse key systems, cooling fans, and power amplifiers Ideal for devices requiring a mono audio connection via 3.5mm jack Practical Applications: **Speaker replacement or ** – quickly damaged cables connecting 3.5mm mono input speakers to bare wire terminals **Radio and communication equipment setups** – connect handheld or base radios to compatible accessories **Custom electronics projects** – integrate mono audio jacks into DIY builds or specialized audio equipment Function and Performance: This cable ensures a stable audio connection with minimal signal loss, delivering performance for mono audio systems. The wellinsulated wires resist wear and provide consistent conductivity, making it suitable for use environments. Material and Design: Crafted from quality materials with flexible insulation, enabling straightforward handling during installation. The female jack is precisely manufactured to ensure snug device fit without loose connections. Whether replacing a worn cable or building a custom system, this 3.5mm mono female jack to bare wire cable offers dependable connectivity, easy installation, and broad compatibility across multiple devices and applications.