Subsequently, the capacitors are alternately discharged for their corresponding light emitters through the same inductor.

Charging of the capacitors occurs during a reset period while digital-to-analog conversion occurs as the capacitors are discharged.

Charging of the capacitors occurs during a reset period while digital-to-analog conversion occurs as the capacitors are discharged.

Through resistors R1 and R2, the capacitors are discharged after disconnecting the regulator from the network.

To discharge to capacitors, the switching elements in the respective cells are configured such, that the capacitor is in parallel connection to the terminals The capacitors are thus discharged via the resistor to ground.

A 'don't care' state is stored when both capacitors are discharged.

When the main switches are turned on, the capacitors in the cells are in series and discharge.

Those capacitors that are discharged are selected from the plurality of capacitors based on a digital input.

Those capacitors that are discharged are selected from the plurality of capacitors based on a digital input.

Subsequently, the capacitors are alternately discharged for their corresponding light emitters through the same inductor.

Charging of the capacitors occurs during a reset period while digital-to-analog conversion occurs as the capacitors are discharged.

Charging of the capacitors occurs during a reset period while digital-to-analog conversion occurs as the capacitors are discharged.

The negatively charged capacitors are charged during negative portions of the alternating current and discharged during positive portions.

A pair of integrated capacitors (C1 and C2) are discharged during the horizontal synchronization pulse.

The capacitors are disconnected from each other before they are discharged.