Returning to FIG. 13, in response to the enabled CSauto.zero signal 237, the MAZ 234 activates. When the MAZ 234 activates, an electrical coupling is formed between the node of the capacitor 232 and a source node of the MS 226, such that a voltage value of the source node of the MS 226 increases to equal the voltage value of Vg 245. After the time period 286, the row driver 60 disables the CSauto.zero signal 237 and the MAZ 234 deactivates. At this state, the sub-pixel 72 is programmed with electrical signals ready to transmit to the LED 230 upon activation of the MS 226. That is, at this state, the sub-pixel 72 is ready to transmit a driving current created through the programmed signals in response to CSimage.data signal 247 enabling the MS 226. Once the source node of the MS 226 is programmed with the Vg 245 voltage, the row driver 60 transmits a Vdata signal 242 equal to GND and, at the end of the time period 284, disables the CSselect signal 241 causing the MSEL 224 to deactivate. Upon the completion of the programming process, the row driver 60 may enable and/or disable control signals to perform an emission process.
