The present invention relates to a touch control button, a touch control panel, and a touch control terminal. The touch control button includes a touch detection layer, a pressure sensitive layer, and a shield layer. The pressure sensitive layer is positioned below the touch detection layer, and the shield layer is positioned below the pressure sensitive layer. When the touch control button is pressed with a finger or a touch object, the gap between the pressure-sensitive layer and the shield layer is reduced, and the electrical signal detected by the pressure-sensitive layer changes. The pushing strength can be determined. Since the pressure-sensitive touch control of the touch object can be detected using the touch control button, the touch control terminal provided with the touch control button can respond to the pressure-sensitive touch control operation. In this way, human-machine interaction based on touch control buttons can be realized in terms of “strength” of pressing rather than the length of “time” to press, thus improving the level and experience of human-machine interaction. .
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