✨ Touch the Future of Control!
The QINIZX 2pcs Miniature Capacitive Touch Switch Sensor Module offers a versatile and efficient solution for controlling LED relays and other devices. With an input voltage range of DC 3-18V and a maximum output current of 2.5A, this compact module is designed for seamless touch activation on various surfaces. Its dual mode functionality allows users to choose between self-lock and jog modes, making it perfect for a wide range of applications. The ultra-low standby current ensures energy efficiency, while the small size makes it easy to integrate into any project.
Manufacturer | QINIZX |
Part Number | Touch-Switch-18V |
Item Weight | 0.317 ounces |
Product Dimensions | 0.75 x 0.55 x 0.07 inches |
Country of Origin | China |
Item model number | Touch-Switch-18V |
Is Discontinued By Manufacturer | No |
Size | 0.75x0.55 inch |
Color | Black |
Style | DC3V-18V |
Material | Fiberglass |
Shape | Rectangle |
Power Source | DC |
Voltage | 12 Volts |
Installation Method | Pre-paste |
Item Package Quantity | 2 |
Number Of Pieces | 2 |
Included Components | 2PCS Small Touch Switch |
Batteries Included? | No |
Batteries Required? | No |
R**N
Ottlite Touch Switch Repair
Purchased the 3-18V version to replace the touch switch board in an Ottlite PL-0094 Floor Lamp. Works great using original external touch point and internal conductive foam; does require new board mounting method as it is a smaller circuit board, and some rewiring. Highly recommended.
W**L
Good product
Was very good for the price
C**S
Works great
Very easy to configure and works well for my purpose.
R**!
One worked
The other had a short between the two center wires going out to the plug.
V**T
One works and one is broken
One of the switches works but the other one always stays on
C**Z
NOT at 3 Volts
OK, my experience with this switch. First off I was trying to run micro LED's at their native 3 volts with this switch. At 3 volts it is very unreliable switching on or off. 2 out of 10 try's it will turn the power on but has a 1 in 20 chance (or higher) of turning the power off. That being said, I switched to a 5 volt power supply and placed a resister in the line to the micro LEDs and the switch at 5 volts reliably turns the power on and off at least the dozen times I tested it. It does require some way to mount it so it can be used, but since it is going on a 3D printer I just made one up it TinkerCad and printed it out.
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