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Screen Shot 2020-01-23 at 11.35.39 copy.
  • SMD and Thru Hole Dip Switch

  • Tact Switches

  • Slide Switches

  • Detector Switches

  • Multi Function Switches






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Diptronics Manufacturing specializes in electromechanical switch technology for automotive, consumer electronics, medical, home-appliance, cloud, industrial-control, security and office-equipment applications. Its official portfolio includes illuminated switches, DIP switches, rotary-coded switches, tactile switches, slide switches, detector switches, multifunction switches, micro switches and modular products. The manufacturer supports through-hole, SMT, right-angle, side-push, sealed and other mechanical configurations, allowing engineers to select switching devices according to PCB layout, actuator direction, travel, operating force and enclosure geometry. Diptronics publishes electrical and mechanical parameters including contact rating, contact resistance, insulation resistance, dielectric strength, operating force, travel, operating life and temperature range. The company also develops waterproof and sealed switch options for applications exposed to moisture or demanding environmental conditions. Diptronics is IATF 16949 and ISO 14001 certified and states that stamping, plastic injection, electroplating, equipment processing, LED packaging and automated assembly are vertically integrated in-house. Its automotive applications include steering-wheel controls, multimedia systems, HVAC, airbag control, electronic parking brakes, lighting, locks and charging systems. Consumer applications include smartphones, wearables, drones, tablets, headphones, laptops and VR equipment, while cloud products address servers, storage and networking equipment. Current development priorities identified by Diptronics include switches for AI applications, automotive systems and illuminated controls. For engineers, selection should balance contact configuration, electrical load, mechanical life, sealing, tactile response, mounting method and operating environment to ensure reliable user-interface or detection performance throughout the product lifecycle.

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