摘要:
A driving method for generating activating signals that serve to activate scan lines of a display panel includes generating the activating signals based on a plurality of recorded pulse duration information to thereby permit a time point at which a pulse duration of a preceding one of the activating signals in a consecutive pair ends occurs prior to a time point at which a pulse duration of a succeeding one of the activating signals in the consecutive pair starts. A driving device that performs the driving method is also disclosed. A method for adjusting pulse durations of the activating signals is further disclosed.
摘要:
A driving method for generating activating signals that serve to activate scan lines of a display panel includes generating the activating signals based on a plurality of recorded pulse duration information to thereby permit a time point at which a pulse duration of a preceding one of the activating signals in a consecutive pair ends occurs prior to a time point at which a pulse duration of a succeeding one of the activating signals in the consecutive pair starts. A driving device that performs the driving method is also disclosed. A method for adjusting pulse durations of the activating signals is further disclosed.
摘要:
A method for activating scan lines of a passive matrix liquid crystal display (LCD) panel includes activating the scan lines of the passive matrix LCD panel in a selected one of an interlaced scanning mode and a progressive scanning mode that is selected based on a select signal. A device that performs the method is also disclosed.
摘要:
In a full-adder of complementary carry logic voltage compensation, two input terminals of a first multiplexer are connected to a carry input and a carry inverted phase input respectively; an add signal is connected to a select signal; an input terminal of a first inverter is connected to an output signal of the first multiplexer. Two input terminals of a second multiplexer output an addend and a summand; an output signal of the first inverter is selected; an output terminal of the second multiplexer produces a carry signal; an input terminal of the second inverter is connected to an output signal of the second multiplexer for producing a carry inverted phase signal; two input terminals of a third multiplexer input the summand and carry inverted phase signal; an output signal of the first inverter is a select signal; and an output terminal of the third multiplexer produces a sum signal.
摘要:
In a full-adder of complementary carry logic voltage compensation, two input terminals of a first multiplexer are connected to a carry input and a carry inverted phase input respectively; an add signal is connected to a select signal; an input terminal of a first inverter is connected to an output signal of the first multiplexer. Two input terminals of a second multiplexer output an addend and a summand; an output signal of the first inverter is selected; an output terminal of the second multiplexer produces a carry signal; an input terminal of the second inverter is connected to an output signal of the second multiplexer for producing a carry inverted phase signal; two input terminals of a third multiplexer input the summand and carry inverted phase signal; an output signal of the first inverter is a select signal; and an output terminal of the third multiplexer produces a sum signal.