The present invention relates to a liquid crystal display using the inverter circuit as this, the inverter circuit is turned on when the digital input signal which is input through an input terminal to be a transition from a high to low transition - is on raising the voltage at the output terminal claim 1 of p-type transistors; The high-potential power source voltage source and the 2 p-type transistor which forms a current path between the first 1 p-type transistors; It turned when the digital input signal is a transition from a high to low transition-3 turns on the p-type transistor to flow a current from the high-potential power-source voltage to the output terminal; Claim 1 n-type transistor that is turned on to fall the voltage of the output terminal is turned on when the input signal is a transition from a low logic level to a high logic level; The low-potential power supply voltage source and the 2 n-type transistor which forms a current path between the first 1 n-type transistors; And turned on when the input signal is to be a transition from a low logic level to a high logic level - is turned on and a second n-type transistor 3 to flow to the low-potential power supply voltage source, the current from the output terminal.