AS13CV

The antistatic superstructure of carbon blended polyacetal in the NKK Switches Series AS subminiature slides prevents static discharge to the contacts by effectively preventing static discharge to the contacts .

The terminal spacing of the NKK Switches Series AS subminiature slides is .100” x .100” (2.54mm x 2.54mm) .

The distinctive characteristics of the NKK Switches Series AS subminiature slides include: 1. Subminiature size, which is 1/3 the size of Series M switches, saving space on PC boards . 2. Specifically developed for logic-level applications . 3. Award-winning STC contact mechanism providing smoother, positive detent actuation, increased contact stability, and unparalleled logic-level reliability . 4. Available in various actuator lengths . 5. Antistatic superstructure of carbon blended polyacetal to prevent static discharge to the contacts . 6. Molded-in, epoxy sealed, or ultrasonically welded terminals to lock out flux, solvents, and other contaminants . 7. .100” x .100” (2.54mm x 2.54mm) terminal spacing conforming to standard PC board grid spacing . NKK Switches Series AS subminiature slides also have general specifications including: 1. Electrical capacity for logic level: 0.4VA maximum @ 28V AC/DC maximum . 2. Contact resistance: 50 milliohms maximum . 3. Insulation resistance: 500 megohms minimum @ 500V DC . 4. Dielectric strength: 500V AC minimum for 1 minute minimum . 5. Mechanical life: 50,000 operations minimum . 6. Electrical life: 50,000 operations minimum . 7. Nominal operating force: 2.55N . 8. Contact timing: Nonshorting (break-before-make) . 9. Travel specifications: Pretravel: .082” (2.1mm); Overtravel: .016” (0.4mm); Total Travel: .098” (2.5mm) . Materials and finishes of the NKK Switches Series AS subminiature slides include: 1. Actuator: Glass fiber reinforced polyamide . 2. Upper Case Housing: Carbon blended polyacetal (antistatic) . In summary, the NKK Switches Series AS subminiature slides have distinctive characteristics tailored for logic-level applications, with an award-winning contact mechanism and various actuator lengths, along with specific materials and finishes for optimal performance.