Data acceleration device and data transmission apparatus using the same

A data transmission apparatus comprising:

• a data acceleration device, wherein the device includes a first inverter for inverting and outputting an input signal on a first node;
• a second inverter for inverting and outputting the input signal on the first node;
• a first pull-up circuit for pull-up driving a second node which is electrically coupled with the first node, in response to an output signal from the first inverter;
• a first pull-down circuit for pull-down driving the second node, in response to an output signal from the second inverter;
• a delay circuit for delaying a signal from the second node by a preset time;
• a first switch for switching operation of the first pull-up circuit in response to an output from the delay circuit;
• and a second switch for switching an operation of the first pull-down circuit in response to the output from the delay circuit;
• and
• a repeater for amplifying an output signal from the data acceleration device to avoid an attenuation of the signal, to thereby output an amplified signal.

A data transmission apparatus comprising:

• a repeater for amplifying an input signal to avoid attenuation of the signal, to thereby output an amplified signal onto a first node;
• and
• a data acceleration device, wherein the device includes a first inverter for inverting and outputting the signal on the first node;
• a second inverter for inverting and outputting the signal on the first node;
• a first pull-up circuit for pull-up driving a second node which is electrically coupled with the first node, in response to an output signal from the first inverter;
• a first pull-down circuit for pull-down driving the second node, in response to an output signal from the second inverter;
• a delay circuit for delaying a signal from the second node by a preset time;
• a first switch for switching an operation of the first pull-up circuit in response to an output from the delay circuit;
• and a second switch for switching operation of the first pull-down circuit in response to output from the delay circuit.