40 generates for the pixels 14 vary for fitting in with the v t curve 24 shown in fig2 as the temperature of the lcd drops for example the voltage divider 40 in the normal temperature environment generates the first gamma voltage v 1 which is disposed along the first curve 22 and corresponds to the first luminance l 1 but generates in the low temperature environment a higher voltage v 3 as the first gamma voltage which is still corresponds to the first luminance l 1 according to the curve 24 consequently the luminance of the pixels 14 of the lcd keep unchanged with the dropping temperature because a higher resistance is needed for generating the gamma voltage as the temperature rising the thermal coefficient of resistivity of the thermistor 42 is positive according to the first embodiment the voltage divider 40 comprises only one thermistor 42 and the thermistor 42 is coupled in series with the resistors 21 23 however a voltage divider of an lcd of the present invention can be designed to comprise more than one thermistor and these thermistors can be coupled in series with the resistors 21 23 as the media for conduction and interface adhesion of the driver ic chip 16 to the glass substrate 12 the volume of the acf 18 sandwiched between the driver ic chip 16 and the glass substrate 18 is expanded with the.