Single capacitor with current amplifier compensation for ultra-large capacitive load three-stage amplifier

High-bandwidth buffer amplifier for liquid crystal display applications

“…7 The simulation results for the slew rate of the proposed circuit Fig. 8 The simulation results for the bandwidth of the proposed circuit Table 1 summarizes the simulation results of the proposed buffer amplifier in HSPICE in comparison with other buffer amplifiers [6][7][8][9][10].…”

“…There are many attempts to increase the performance of displays such as [6][7][8][9][10]. In [6], the designed circuit works well in terms of charging and discharging speed of large capacitors, but it has low bandwidth.…”

“…In [7] and [8], the designed circuits have a good bandwidth, but they do not have the ability to charge large capacitors well. In [9] developed circuit works well in terms of charging and discharging speed for relatively large capacitors, but it has a relatively high power consumption. The developed circuit in [10] works well in terms of charging and discharging speed of large capacitors.…”

Embedded current amplifier compensation for three-stage amplifiers with large capacitive loads

“…Even so, most of the chip area is occupied by the compensation capacitors in large-capacitive-load amplifier [3]. So various frequency compensation strategies [1,3,4,5,6,7,8,9,10] are developed to reduce compensation capacitor and lower the power consumption.…”

“…The compensation technique presented in [8] can drive ultra-large capacitive load with a small compensation capacitor, yet the systematic offset voltage incurs due to the asymmetry of the first stage.…”