Description

Electronic Component model A13AV1 is a subminiature toggle switch designed for logic-level applications. The toggle switch has a distinctive characteristic of a compact size, ideal for saving space on PC boards. The body is constructed with a sealed mechanism, preventing contact contamination, and allowing for automated soldering and cleaning. The model has an award-winning STC contact mechanism which results in smoother, positive detent actuation, increased contact stability, and unparalleled logic-level reliability. The terminals of the toggle switch are molded-in, epoxy-sealed, or ultrasonically welded, thereby locking out flux, solvents, and other contaminants. The terminal spacing of the switch conforms to standard PC board grid spacing (.100'' x .100'') allowing for easier integration with other circuits. Additionally, matching indicators are available for the toggle switch.

Specifications and features

• Product Category: Toggle Switches
• Model: A13AV1
• Size: Subminiature
• Terminal Spacing: .100'' x .100'' (2.54mm x 2.54mm)
• Contact Mechanism: Award-winning STC Contact Mechanism
• Toggle Option: Available in antistatic material for dissipating electrostatic discharges
• Terminals: Molded-in, Epoxy-sealed or Ultrasonically Welded

Application Scenarios

The A13AV1 toggle switch model is ideal for logic-level applications in various industries such as automation, communication, aerospace, and defense. The miniaturized size of the switch allows for integration into compact electronic devices, making it an attractive option for designers and manufacturers.

Comparison

• Compact size saves space on PC boards.
• STC contact mechanism provides increased contact stability and unparalleled logic-level reliability.
• Automated soldering and cleaning due to sealed body construction.
• Molded-in, epoxy-sealed or ultrasonically welded terminals lock out flux, solvents, and other contaminants.
• Terminal spacing conforms to standard PC board grid spacing.
• Matching indicators are available.
• Toggle options available in antistatic material for dissipating electrostatic discharges.

The product does not have any significant disadvantages associated with it.