Abstract: An electrical switch for providing power from a power source to a component may include a voltage supervisor having an input and an output, a voltage divider, electrically coupled between the input of the voltage supervisor and ground, an RC filter electrically coupled to the output of the voltage supervisor, and a field-effect transistor having a first terminal coupled to the RC filter and a second terminal coupled to an output of the switch, the output configured to be electrically coupled to the component. A switch may additionally or alternatively include a light source electrically that emits light when power is provided from the input of the switch to the component, the light source arranged proximate a fuse so as to illuminate the fuse.

Abstract: An electrical switch for providing power from a power source to a component may include a voltage supervisor having an input and an output, a voltage divider, electrically coupled between the input of the voltage supervisor and ground, an RC filter electrically coupled to the output of the voltage supervisor, and a field-effect transistor having a first terminal coupled to the RC filter and a second terminal coupled to an output of the switch, the output configured to be electrically coupled to the component. A switch may additionally or alternatively include a light source electrically that emits light when power is provided from the input of the switch to the component, the light source arranged proximate a fuse so as to illuminate the fuse.

Abstract: Light redirection systems and methods including an optical fiber having first and second ends, an optical element mounted to each of the first and second ends to direct light into and out of the optical fiber, respectively, and a mounting element to mount the optical fiber to an article of apparel such that the optical fiber is invisible to an outside of the article, and the optical elements are visible to the outside from opposing sides of the article, respectively.

Abstract: Light redirection systems and methods including an optical fiber having first and second ends, an optical element mounted to each of the first and second ends to direct light into and out of the optical fiber, respectively, and a mounting element to mount the optical fiber to an article of apparel such that the optical fiber is invisible to an outside of the article, and the optical elements are visible to the outside from opposing sides of the article, respectively.