Abstract: A powertrain with a differential protection function, a control method for the powertrain, and an electric vehicle are provided. This disclosure relates to the field of new energy vehicles, and may be applied to a pure electric vehicle and a hybrid electric vehicle. The powertrain includes a drive motor, a motor control unit, and a differential. The drive motor is configured to drivingly connect to the differential, the differential is configured to drivingly connect to two wheels of the electric vehicle separately, the two wheels are two front wheels or two rear wheels, and the motor control unit is configured to control a torque value output by the drive motor to be less than or equal to a torque limit value, where the torque limit value decreases as a wheel speed difference between the two wheels increases.

Abstract: The present application discloses a display device, and the display device includes a first substrate and an output adjustable circuit. In the first substrate, a first signal transmitting line extends from a bonding area towards a direction away from the bonding area; a second signal transmitting line is located on a side of a display area close to the bonding area; the output adjustable circuit is respectively connected with the first signal transmitting line and the second signal transmitting line to output a first voltage signal to the first signal transmitting line and output a second voltage signal to the second signal transmitting line according to an initial voltage signal.

Abstract: The present application discloses a display device, and the display device includes a first substrate and an output adjustable circuit. In the first substrate, a first signal transmitting line extends from a bonding area towards a direction away from the bonding area; a second signal transmitting line is located on a side of a display area close to the bonding area; the output adjustable circuit is respectively connected with the first signal transmitting line and the second signal transmitting line to output a first voltage signal to the first signal transmitting line and output a second voltage signal to the second signal transmitting line according to an initial voltage signal.

Abstract: The present application discloses a display device, and the display device includes a first substrate and an output adjustable circuit. In the first substrate, a first signal transmitting line extends from a bonding area towards a direction away from the bonding area; a second signal transmitting line is located on a side of a display area close to the bonding area; the output adjustable circuit is respectively connected with the first signal transmitting line and the second signal transmitting line to output a first voltage signal to the first signal transmitting line and output a second voltage signal to the second signal transmitting line according to an initial voltage signal.