A terminal, comprising: a screen cover plate , a touch sensor , a pressure sensor , a processing chip , a vibration feedback component , and a fingerprint identification sensor ; wherein the screen cover plate comprises a display area part and a key area part, and a touch key position is formed in the key area part; the touch sensor is configured to detect and identify a touch operation comprising a light touch operation or a double click operation; the pressure sensor is configured to detect and identify a pressure touch operation; the processing chip is electrically connected with the touch sensor , the vibration feedback component , and the pressure sensor respectively, the processing chip determines a vibration characteristic of the vibration feedback component according to a pressure value detected by the pressure sensor and controls the vibration feedback component to vibrate according to the vibration characteristic; characterized in that , the touch sensor , the fingerprint identification sensor , the pressure sensor and the vibration feedback component are sequentially arranged below the touch key position to overlap with each other, and the fingerprint identification sensor is arranged between the touch sensor and the pressure sensor ; the processing chip is configured to acquire a pressure value of a touch operation acting on the touch key position through the pressure sensor, and determine whether the pressure value meets a preset light touch threshold value interval or not, and determine that an operation type of the touch operation is the light touch operation if the pressure value meets a preset light touch threshold value interval, and the processing chip is further configured to determine that an operation type corresponding to the touch operation is a double-click operation if another light touch operation acting on the touch key position is acquired within a preset time length after the light touch operation. wherein the screen cover plate comprises a display area part and a key area part, and a touch key position is formed in the key area part; the touch sensor is configured to detect and identify a touch operation comprising a light touch operation or a double click operation; the pressure sensor is configured to detect and identify a pressure touch operation; the processing chip is electrically connected with the touch sensor , the vibration feedback component , and the pressure sensor respectively, the processing chip determines a vibration characteristic of the vibration feedback component according to a pressure value detected by the pressure sensor and controls the vibration feedback component to vibrate according to the vibration characteristic; characterized in that , the touch sensor , the fingerprint identification sensor , the pressure sensor and the vibration feedback component are sequentially arranged below the touch key position to overlap with each other, and the fingerprint identification sensor is arranged between the touch sensor and the pressure sensor ; the processing chip is configured to acquire a pressure value of a touch operation acting on the touch key position through the pressure sensor, and determine whether the pressure value meets a preset light touch threshold value interval or not, and determine that an operation type of the touch operation is the light touch operation if the pressure value meets a preset light touch threshold value interval, and the processing chip is further configured to determine that an operation type corresponding to the touch operation is a double-click operation if another light touch operation acting on the touch key position is acquired within a preset time length after the light touch operation. <EOS>