Pixel compensation circuit, display device and driving method

A display device, comprising:

• a pixel compensation circuit, the pixel compensation circuit comprising:
• a driving signal generation module;
• a data line loading module;
• a voltage loading module;
• an organic light-emitting diode and,
• a driving transistor, wherein:
• said data signal loading module is capable of receiving a data signal and a scanning signal and is used for loading said data signal to a gate of said driving transistor when said scanning signal is a turn-on signal;
• said voltage loading module is at least capable of receiving a first voltage signal and a second luminescent signal and is used for loading said first voltage signal to a source of said driving transistor when a first luminescent signal and said scanning signal are both turn-on signals, wherein a voltage of said first voltage signal is higher than a voltage of said data signal, a voltage of said first voltage signal is higher than a voltage of a second voltage signal which is received by a cathode of said organic light-emitting diode;
• said driving signal generation module is capable of receiving the first luminescent signal and a third voltage signal and is used for storing a signal of the source of said driving transistor, a signal of the gate of said driving transistor and said third voltage signal, and executing the following steps:
• storing said data signal when said first luminescent signal and said scanning signal are both turn-on signals;
• generating the signal of the source of said driving transistor according to the signal of the gate of said driving transistor when said first luminescent signal is a turn-off signal, said scanning signal is a turn-on signal and said voltage loading module stops loading a signal to the source of said driving transistor;
• receiving the voltage signal loaded by said voltage loading module to the source of said driving transistor when said scanning signal and said first luminescent signal are both turn-off signals, and said second luminescent signal is a turn-on signal;
• and
• generating a driving signal according to the signal of the source of said driving transistor and the signal of the gate of said driving transistor when said scanning signal is a turn-off signal, and said first luminescent signal and said second luminescent signal are both turn-on signals, said driving signal being used for driving said organic light-emitting diode to emit light.