About 12X12X17 MM 4 PIN BLACK TACTILE SWITCH
| Mounting Type | SMD |
| Current Rating | 3V |
| Voltage Rating | 2A |
| ROHS Compliance | No |
| Material | PLASTIC |
| Switch Type | Tact |
| Minimum Order Quantity | 1000 Piece |
- Data Transfer: Connecting peripherals such as keyboards, mice, and storage devices to computers.
- Charging: Powering and charging devices like smartphones, tablets, and other portable electronics.
- Peripheral Connectivity: Connecting devices like printers, cameras, and external hard drives.
- Audio/Video Transmission: Connecting devices like monitors and projectors with appropriate adapters.
- Power Delivery: Providing power to devices through standards like USB Power Delivery (USB PD).
Reliable and Durable DesignEngineered with a combination of polyamide and copper alloy materials, this square tactile switch ensures longevity and stability. Its silver-plated alloy contacts guarantee minimal resistance and responsiveness, even with frequent use. The robust construction and through-hole mounting make it suitable for demanding consumer electronic and DIY applications.
Versatile ApplicationsWith a compact 12x12x17 mm profile and a straightforward square actuator, this switch integrates seamlessly into keyboards, control panels, and hobby projects. Its compliance with RoHS and wide operating temperature range allow it to function reliably in various environments, making it a go-to choice for manufacturers and artisans alike.
Easy Installation & MaintenanceFeaturing four straight pins and through-hole mounting, the installation process is simple and secure. The switch supports a maximum soldering temperature of 260C for up to 5 seconds, and it is lightweight at just 2g. Its single pole circuit design ensures efficient and hassle-free connectivity in manual automation setups.
FAQs of 12X12X17 MM 4 PIN BLACK TACTILE SWITCH:
Q: How is the 12x12x17 mm 4 Pin Tactile Switch installed in a circuit?
A: This tactile switch features a through-hole mounting type with four straight pins. To install, simply position the switch on your PCB, solder each pin at a maximum temperature of 260C for no more than 5 seconds to ensure reliable connection and avoid damage.
Q: What benefits does the silver-plated contact material offer?
A: Silver-plated alloy contacts provide excellent conductivity and corrosion resistance, resulting in lower contact resistance (maximum 100m) and extended switch lifespan. This ensures responsive actuation and reliable performance, especially in high-use consumer electronic devices.
Q: Where can this tactile switch be used most effectively?
A: This switch is ideal for consumer electronics, DIY projects, and keyboard assemblies. Its robust design and RoHS compliance also make it suitable for professional manufacturing, exporting, and importing applications, particularly in settings that demand consistent, long-term performance.
Q: What is the process for ensuring safe usage during soldering?
A: To maintain switch integrity, solder at a maximum temperature of 260C for no longer than 5 seconds per pin. Prolonged exposure to higher temperatures can damage the switchs internal components or compromise its polyamide and copper alloy structure.
Q: When should this tactile switch be replaced?
A: The switch is designed for a minimum of 100,000 mechanical cycles. Replace the unit if you notice signs of inconsistent actuation, increased contact resistance, or if the switch fails to operate within the specified -25C to +70C temperature range.
Q: How does IP40 protection benefit the application?
A: An IP40 rating protects against solid objects larger than 1mm, making the switch suitable for indoor environments and standard electronic panels. However, it is not protected against water ingress, so its best used in clean, dry conditions.
Q: What advantages does the 2.5mm stroke provide in usage?
A: The 2.5mm stroke offers a comfortable tactile feedback and a responsive actuation suitable for user interfaces such as keyboards and control panels, enhancing the user experience by providing a noticeable press with each use.