Systems and methods for memory circuitry in an electronic display
摘要
說明書
Thus, for an example of two reorderings, the row driver 60 may operate in four different operational modes for stored DATA 412 having six bits. For the first operational mode (e.g., corresponds to a first quarter of gray level values between zero and the gray level threshold, 16), the row driver 60 may reset the S node, precharge (e.g., enable Precharge signal 416), enable Sel[6] 415 and enable SET signal 602, precharge, enable Sel[5] 415 and enable SET signal 602, precharge, and enable the Sel[n] 415 (e.g., for a first iteration, n=0, Sel[0] 415A is enabled) in addition to the SET signal for each bit of DATA 412, incrementing the value of n from zero each iteration until reaching DATA[4] 412. For the second operational mode (e.g., corresponds to a second quarter of gray level values between gray level threshold, 16, and two times the gray level threshold, 32), the row driver 60 may reset the S node, precharge, enable Sel[6] 415B and enable SET signal 602, precharge, enable Sel[5] 415, and enable the Sel[n] 415 in addition to the SET signal for each bit of DATA 412, incrementing the value of n from zero each iteration until reaching DATA[4] 412. For the third operational mode (e.g., corresponds to a third quarter of gray level values between two times the gray level threshold, 32, and three times the gray level threshold, 48), the row driver 60 may reset the S node, precharge, enable Sel[6] 415B, enable Sel[5] 415 and enable SET signal 602, precharge, enable Sel[6] 415B, and enable the Sel[n] 415 in addition to the SET signal for each bit of DATA 412, incrementing the value of n from zero each iteration until reaching DATA[4] 412. For the fourth operational mode (e.g., corresponds to a fourth quarter of gray level values between three times gray level threshold, 48, and four times the gray level threshold, 64), the row driver 60 may reset the S node, precharge, enable Sel[6] 415B, enable Sel[5] 415, and enable the Sel[n] 415 in addition to the SET signal for each bit of DATA 412, incrementing the value of n from zero each iteration until reaching DATA[4] 412.
