CoilPad is a Magnetic Sticker Actuator. It's just 0.1mm thin, flexible, and sticks to things. Flat or curved, just stick a CoilPad onto any smooth surface, add a magnet, and watch it swing. You can also hack it into the thin buzzer, micro-heater, or metal-detector!
The coil can be stuck on a curved surface, with an 18mm minimum bending radius. The adhesive used on the backside is 3M467. Its cover can be peeled off using a pair of tweezers. Always clean the surface before sticking the actuator, and it is very important to peel off the cover before powering on the coil; otherwise, the adhesive cover might get damaged.
Some other Notes:
- Take caution when using the CoilPad - depending on the application, it might heat up to 100°C. Keep hands away from hot regions to prevent injury.
- The force produced by a CoilPad depends on the mechanical elements of your project, as well as the weight and strength of your magnet.
- For smooth organic motions, we recommend using silicone-insulated wires & the DriveCell's smooth PWM library.
- The magnetic field strength of the CoilPad can be roughly doubled by placing iron or steel underneath it, turning it into a weak electromagnet.
- Electrical:
- Resistance: 24Ω ± 6Ω
- Inductance: 30.7uH ± 2uH
- Peak Magnetic Field Strength: 2.7mT
- Maximum Power: 1W
- Maximum Steady Voltage: 4.5V
- Maximum Pulsed Voltage: 5V
- Maximum Operating Temperature: 100°C
- Mechanical:
- Dimensions: 17x19mm
- Thickness: 0.1mm
- Weight: 0.08 grams
- Connector Pitch: 2.54mm
CoilPad is an electronic development module intended for integration into prototypes and DIY electronic projects. It is not a finished standalone appliance or a toy. Supporting RoHS records are maintained for the PCB assembly materials, specified components and supplied accessories. The designer or manufacturer of a completed product incorporating CoilPad is responsible for assessing that finished product against all applicable safety, EMC, environmental and other regulatory requirements. For commercial product integration, please get in touch.
3D Model