Electrophoretic device, driving method thereof, and electronic apparatus

1. An electrophoretic device, comprising:

a switching element;

a latch circuit that receives an output signal from the switching element as its input signal; and

an electrophoretic element that contains an electrophoretic material between its first and second electrodes,

wherein the first electrode is driven by the output signal from the latch circuit, and

wherein the latch circuit drives the first electrode using a plurality of different potentials without changing data stored therein.

2. An electrophoretic device, comprising:

a switching circuit;

a latch circuit having an input terminal connected to an output terminal of the switching element;

an electrophoretic element that contains an electrophoretic material between its first and second electrodes, the first electrode being connected to the output terminal of the latch circuit;

a first power supply control circuit that controls a power supply potential to be supplied to the latch circuit;

a first driver that controls turning ON of the switching element;

a second driver that supplies a data signal to the input terminal of the latch circuit; and

a second power supply control circuit that controls a potential to be supplied to the second electrode of the electrophoretic element,

wherein in a first driving period, the second power supply control circuit supplies the reference potential to the second electrode, the first driver turns ON the switching element, the second driver supplies a data signal to the input terminal of the latch circuit, and the first power supply control circuit supplies the reference potential or a first potential higher than the reference potential,

wherein in a second driving period subsequent to the first driving period, the second power supply control circuit supplies a driving signal alternating between the reference potential and a second potential higher than the first potential to the second electrode, and

wherein in a third driving period subsequent to the second driving period, the second power supply control circuit supplies the reference potential to the second electrode.

3. An electrophoretic device, comprising:

a switching circuit;

a latch circuit having an input terminal connected to an output terminal of the switching element;

an electrophoretic element that contains an electrophoretic material between its first and second electrodes, the first electrode being connected to the output terminal of the latch circuit;

a first power supply control circuit that controls a power supply potential to be supplied to the latch circuit;

a first driver that controls turning ON of the switching element;

a second driver that supplies a data signal to the input terminal of the latch circuit; and

a second power supply control circuit that controls a potential to be supplied to the second electrode of the electrophoretic element,

wherein in a first driving period, the first driver turns ON the switching element, the second driver supplies the data signal to the input terminal of the latch circuit, and the first power supply control circuit supplies the reference potential,

wherein in a second driving period subsequent to the first driving period, the second power supply control circuit supplies a driving signal alternating between the reference potential and a second potential higher than the reference potential to the second electrode, and

wherein in a third driving period subsequent to the second driving period, the second power supply control circuit supplies the reference potential to the second electrode, the first driver turns ON the switching element, the second driver supplies the data signal to the input terminal of the latch circuit, and the first power supply control circuit supplies the reference potential or a first potential higher than the reference potential to the output terminal of the latch circuit.

4. An electrophoretic device, comprising:

a switching circuit;

a latch circuit having an input terminal connected to an output terminal of the switching element;

an electrophoretic element that contains an electrophoretic material between its first and second electrodes, the first electrode being connected to the output terminal of the latch circuit;

a first power supply control circuit that controls a power supply potential to be supplied to the latch circuit;

a first driver that controls turning ON of the switching element;

a second driver that supplies a data signal to the input terminal of the latch circuit; and

a second power supply control circuit that controls a potential to be supplied to the second electrode of the electrophoretic element,

wherein in a first driving period, the second power supply control circuit supplies the reference potential to the second electrode, the first driver turns ON the switching element, and the second driver supplies the data signal to the input terminal of the latch circuit, whereby the reference potential or a first potential higher than the reference potential is output from the output terminal of the latch circuit, and

wherein in a second driving period subsequent to the first driving period, the second power supply control circuit supplies a driving signal alternating between the reference potential and a second potential higher than the first potential to the second electrode, and the first power supply control circuit supplies the reference potential or the second potential to the output terminal of the latch circuit.

5. An electronic apparatus including the electrophoretic device as set forth in claim 1 as a display section.