NuoTo
NuoTo 5pcs 12x12mm Key Module Switch with Cap for Arduino Raspberry Pi
Pack of five 12 mm tactile switch modules with caps, 3.5–5 V digital output for microcontroller and Raspberry Pi projects
- CPU TypeOther
- Five tactile switch modules ready for microcontroller projects
- 12 mm square actuator with integrated key cap for comfortable pressing
- Digital high-level output when pressed simplifies code logic
- Operates from 3.5 V to 5 V matching common logic levels
- Three-pin S V G interface connects directly to Arduino or Raspberry Pi
Five tactile switch modules for microcontroller
This pack contains five 12 mm key modules with integrated caps and a 3-pin digital output. Each board measures 11 by 22 mm and operates from 3.5 to 5 V, delivering a high level when pressed and a low level when released. The modules are designed for direct connection to Arduino, Raspberry Pi or similar MCU and ARM platforms.
Makers adding simple push-button input
Suitable for hobbyists and students who need momentary tactile switches with pre-soldered caps for quick prototyping. Not suitable for applications requiring analogue output, latching action, surface-mount footprints or higher voltage switching beyond the 5 V logic range.
3-pin digital interface with high-on-press logic
The defining specification is the 3-pin S-V-G interface that outputs a digital high signal on press and low on release at 3.5 to 5 V. This determines compatibility with the target microcontroller GPIO pins and removes the need for external pull-up resistors in most designs.
Highlights
- Five tactile switch modules ready for microcontroller projects
- 12 mm square actuator with integrated key cap for comfortable pressing
- Digital high-level output when pressed simplifies code logic
- Operates from 3.5 V to 5 V matching common logic levels
- Three-pin S V G interface connects directly to Arduino or Raspberry Pi
Specifications
| CPU Type | Other |
|---|
Questions about this item
How do I choose among the five 12x12mm key modules in the pack?
All five modules are identical 11 x 22 mm boards with a 3.5–5 V supply and a 3-pin S-V-G interface, so any one works the same way on Arduino or Raspberry Pi.
What does the 3.5–5 V supply range mean when the module is wired into a project?
The board powers from 3.5 to 5 V and its output goes high when pressed and low when released, matching the logic levels of common MCUs and Raspberry Pi GPIO pins.
What does the 3-pin S-V-G interface cap in practice?
The three pins carry supply, ground and a single digital output, so the module only reports press or release — no analog levels, no communication protocol, just a clean on/off signal.
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