DIP 2.54MM Flat Dial Switch Kit

Switch 1-9 Position for Circuit Breadboard PCB- Thru Hole Kit

Note- You can also purchase single pieces based on your needs- DIP Slide Switch 2.54mm Straight

A DIP (Dual Inline Package) 2.54mm Flat Dial Switch Kit typically refers to a kit containing a flat dial switch that fits a 2.54mm (0.1 inch) pin spacing, which is standard for breadboards and PCBs.

Features:

1. Pin Spacing:

   • The 2.54mm pin spacing is the standard distance between pins in DIP switches and many other electronic components, making it easy to use on standard breadboards and thru-hole PCBs.

2. Flat Dial Style:

   • The flat dial refers to the style of the switch actuator, where the dial is flat, and it can be rotated or switched between different positions.
   • Each position can correspond to a unique configuration, often binary or decimal in digital circuits.

3. Thru-Hole Kit:

   • The kit usually includes a thru-hole version of the switch, meaning it has long leads that go through the holes of a PCB or can be used on a breadboard.
   • Soldering may be required if you're mounting the switch on a PCB.

4. Typical Applications:

   • These switches are frequently used in configuration settings for circuits, such as setting addresses, selecting functions, or choosing modes in microcontroller projects.
   • Commonly found in DIP switch arrays for binary inputs in computers or as selectors for settings in communication or control circuits.

5. Flat Dial Switch:

   • This type of switch is easy to adjust manually and is often used when a user needs to frequently change the configuration without tools.
   • The positions of the dial can be numbered from 0-9, representing different circuit connections or modes.

Uses in a Kit:

• A DIP switch kit might include not only the switch but also other components, such as resistors, capacitors, and a PCB for easy integration into a project.
• It’s perfect for prototyping circuits where multiple settings need to be tested or frequently changed, such as addressable devices, binary counter configurations.