Riff Tactile Pushbutton Micro Switch Momentary 12x12x6 mm DIP 4 Contacts

The Riff tactile pushbutton micro switch is a high-quality momentary component engineered for reliable performance in various electronic circuits. With a compact 12x12x6 mm footprint and a standard 4-pin DIP configuration, this switch is specifically designed for seamless integration onto printed circuit boards. It provides distinct tactile feedback, ensuring that every press is registered accurately, which is essential for user-interface applications in both consumer and industrial electronics.

Advantages

This micro switch stands out due to its robust construction and consistent tactile response. The 12x12x6 mm dimensions offer a comfortable surface area for manual operation while maintaining a low profile suitable for space-constrained enclosures. Its 4-contact DIP design ensures a stable mechanical connection to the PCB, reducing the risk of intermittent signals. The momentary action is highly durable, making it an excellent choice for devices that require frequent input cycles without compromising on reliability or longevity.

Suitable for

• DIY electronics projects and hobbyist prototyping
• Control panels for industrial machinery
• Consumer electronic device interfaces
• Reset or power buttons on custom circuit boards
• Remote control units and handheld devices

This switch may not be suitable for applications requiring high-current switching, as it is designed for low-voltage signal control. It is also not intended for environments exposed to extreme moisture or dust without additional protective housing, as the internal mechanism is not hermetically sealed.

Key specifications

• Switch type: Momentary tactile pushbutton
• Dimensions: 12 x 12 x 6 mm
• Mounting style: DIP (Through-hole)
• Number of contacts: 4
• Actuation: Tactile feedback

To use this switch, insert the four pins into the designated holes on your printed circuit board. Ensure the orientation is correct to align with your circuit layout, then solder the pins to the copper pads. Once secured, the switch can be activated by applying gentle downward pressure to the center of the button, which will complete the circuit momentarily until the pressure is released.

What to consider before purchase

• Verify the required height of 6 mm for your specific enclosure
• Ensure your PCB layout supports a 4-pin DIP footprint
• Confirm the current and voltage requirements of your project
• Check if the tactile force meets your specific user interface needs

Usage recommendations

For optimal longevity, avoid applying excessive lateral force to the button stem during operation. When soldering, use a temperature-controlled iron to prevent heat damage to the internal plastic components of the switch.