Self-locking mode: Touching the OUT output will activate the output, and touching it again will turn it off.
Jog mode: Touching the OUT output will activate the output, but it will turn off immediately when you remove your hand.
The touch sensor has two power-on states: boot (LED light on, output voltage = power voltage) and standby (LED off, output voltage = 0V). It can detect touch on acrylic, glass, ceramic, and plastic surfaces up to 6mm, making it suitable for controlling LED lights, relays, power switches, or for integration with microcontrollers like Arduino or Raspberry Pi.
Features:
- Capacitive touch technology for reliable and responsive input control
- Two working modes: self-locking and jog mode
- DC power supply support between 3V and 18V, max output current 2A at 12V
- Power-on boot and standby modes
- Supports touch detection on acrylic, glass, ceramic, and plastic (max 6mm)
- Suitable for LED lights, relays, power switches, and microcontroller integration
- Compact, lightweight design with LED status indicator
Specifications:
- Input voltage: 3 - 18V DC
- Output current: 2.5A
- Standby current: < 5uA
- Dimensions: 19 x 14 mm
- Cable length: 7.87 inch
- Color: Black
Applications:
- LED light control: Turn LED lights on/off with touch via LED drivers
- External relay: Control relays to switch motors, heaters, or devices
- Power switch: Use as a touch-based on/off switch for electronics
- Microcontroller integration: Connect to Arduino, Raspberry Pi, etc., for advanced applications
Pin Connections:
| Pin |
Description |
| IN |
Power input |
| GND |
Ground |
| OUT |
Power output |
Mode Description:
| Point |
Description |
| A |
Default: power-on state; disconnect = standby |
| B |
Default: self-locking mode; disconnect = jog mode |
| C |
Reserved pad for sensitivity adjustment (default = max). Add 1–50pF capacitor to reduce sensitivity. |
Notes:
- Fix the module before energizing; improper placement prevents operation
- Placement surface must be smooth and free from plating, metal powder, or unevenness
- Do not use foam double-sided adhesive; use thin high-temperature tape or quick-drying glue
Self-locking mode: Touching the OUT output will activate the output, and touching it again will turn it off.
Jog mode: Touching the OUT output will activate the output, but it will turn off immediately when you remove your hand.
The touch sensor has two power-on states: boot (LED light on, output voltage = power voltage) and standby (LED off, output voltage = 0V). It can detect touch on acrylic, glass, ceramic, and plastic surfaces up to 6mm, making it suitable for controlling LED lights, relays, power switches, or for integration with microcontrollers like Arduino or Raspberry Pi.
Features:
- Capacitive touch technology for reliable and responsive input control
- Two working modes: self-locking and jog mode
- DC power supply support between 3V and 18V, max output current 2A at 12V
- Power-on boot and standby modes
- Supports touch detection on acrylic, glass, ceramic, and plastic (max 6mm)
- Suitable for LED lights, relays, power switches, and microcontroller integration
- Compact, lightweight design with LED status indicator
Specifications:
- Input voltage: 3 - 18V DC
- Output current: 2.5A
- Standby current: < 5uA
- Dimensions: 19 x 14 mm
- Cable length: 7.87 inch
- Color: Black
Applications:
- LED light control: Turn LED lights on/off with touch via LED drivers
- External relay: Control relays to switch motors, heaters, or devices
- Power switch: Use as a touch-based on/off switch for electronics
- Microcontroller integration: Connect to Arduino, Raspberry Pi, etc., for advanced applications
Pin Connections:
| Pin |
Description |
| IN |
Power input |
| GND |
Ground |
| OUT |
Power output |
Mode Description:
| Point |
Description |
| A |
Default: power-on state; disconnect = standby |
| B |
Default: self-locking mode; disconnect = jog mode |
| C |
Reserved pad for sensitivity adjustment (default = max). Add 1–50pF capacitor to reduce sensitivity. |
Notes:
- Fix the module before energizing; improper placement prevents operation
- Placement surface must be smooth and free from plating, metal powder, or unevenness
- Do not use foam double-sided adhesive; use thin high-temperature tape or quick-drying glue
