The induction pen uses a specific chip.
The sensor pen needs to achieve wireless communication with the device and be able to sense and record the user's writing or drawing movements on a specific surface.
In order to achieve these functions, the induction pen needs to be equipped with a specific chip.
The chip of the induction pen is usually specially designed, with wireless communication and induction technology, and can carry out data transmission and interaction with the supporting equipment.
The chip is generally designed in miniaturization so that it can be adapted to the small size of the pen body.
Through the high integration of the chip, the induction pen can achieve high sensitivity operation and accurate writing effect.
The specific chip model used may vary according to different brands and styles, but in general, the chip of the induction pen is a key core component, ensuring its stability and functionality during use.
Induction pens usually use radio frequency identification (RFID) chips. This chip can be embedded in the tip of the pen, through communication with a specific sensor board or reader, to achieve data transmission and interaction.
RFID chips are highly integrated, able to store and process a large amount of information, and have a long reading distance and fast recognition speed.
Through the induction pen, users can write, draw or other interactive operations on the electronic screen to achieve a digital writing and creative experience.