Fuses are a staple of countless electrical systems and assemblies, ensuring that electrical devices are protected from the harmful effects of overcurrent conditions. Fuses can come in many forms, their general design consisting of tubes that feature a metal coil or internal component that breaks or melts under excess current. When this occurs, electricity will no longer be able to flow through the rest of the circuit to avoid damage or harm. While most fuses are installed within designated boxes, specialized forms known as in-line fuses are able to be directly implemented within circuitry.

Yoke ends are metal fasteners that are often used in conjunction with a cable or rod for rigging, or to lift heavy objects. As such, they often come with clevis and cotter pins which can be inserted through the holes of a yoke end. The U-shaped fittings come with female threads and are typically installed on the end of a threaded rod for a sturdy hold. This simple design makes yoke ends a popular fastening mechanism that provide a high-strength solution for supporting loads in demanding environments. This article offers a brief explanation of yoke ends and how to choose the best one for any application.