[1] TIAN S, LEE F C, LI J, et al. A three-terminal switch model of constant on-time current mode with external ramp compensation ［J］. IEEE Trans Power Elec, 2016, 31(10): 7311-7319.
[2] YANG M Y, ZHEN S W, ZHOU S Z, et al. Effect of control delay on small signal model for buck converter with constant on time control ［C］ // IEEE APCCAS. Chengdu, China. 2018: 480-483.
[4] CHEN W C, CHEN H C, CHIEN M W, et al. Pseudo-constant switching frequency in on-time controlled buck converter with predicting correction techniques ［J］. IEEE Trans Power Elec, 2016, 31(5): 3650-3662.
[5] LIU P H, LEE F C, LI Q. Hybrid interleaving with adaptive PLL loop for adaptive on-time controlled switching converters ［C］ // IEEE ECCE. Pittsburgh, PA, USA. 2014: 4110-4117.
[6] CHEN C J, CHEN D, TSENG C W, et al. A novel ripple-based constant on-time control with virtual inductor current ripple for buck converter with ceramic output capacitors ［C］ // 26th Annual IEEE APEC. Fort Worth, TX, USA. 2011: 1488-1493.
[7] TI Inc. Application report: accuracy-enhanced ramp- generation design for D-CAP3 modulation［EB/OL］. https://www.ti.com/lit/an/slva762a/slva762a.pdf, 2016.
[8] HSU S C, CHEN C J, TSAI C J, et al. A high frequency power and area efficient charge-pump-constant-on-time controlled DC-DC converter based on dynamic-biased comparator with 50mV droop and 2us 1% settling time for 115A/1ns load step ［C］ // IEEE APEC. Anaheim, CA, USA, 2019: 2980-2983.
[9] ZHEN S W, ZENG P H, CHEN J W, et al. Transient response improvement of DC-DC converter by current mode variable on time control ［C］ // IEEE 61st Int MWSCAS. Windsor, Canada. 2018: 603-606.
