1 Lim, S, "Transient-voltage-clamp circuit design based on constant load line impedance for voltage regulator module" 57 (57): 4085-4094, 2010
2 Kim, D, "Softswitching auxiliary current control for improving load transient response of buck converter" 36 (36): 2488-2494, 2021
3 Redl, R, "Ripple-based control of switching regulators— an overview" 24 (24): 2669-2680, 2009
4 Chen, W.-C, "Reduction of equivalent series inductor effect in delay-ripple reshaped constant on-time control for buck converter with multilayer ceramic capacitors" 28 (28): 2366-2376, 2013
5 Qahouq, J.A.A, "On load adaptive control of voltage regulators for power managed loads: control schemes to improve converter efficiency and performance" 22 (22): 1806-1819, 2007
6 Šviković, V, "Multiphase current-controlled buck converter with energy recycling output impedance correction circuit (OICC)" 30 (30): 5207-5222, 2015
7 Kirshenboim, O, "Improving loading and unloading transient response of a voltage regulator module using a load-side auxiliary gyrator circuit" 32 (32): 1996-2007, 2017
8 Kapat, S, "Formulation of PID control for DC–DC converters based on capacitor current: a geometric context" 27 (27): 1424-1432, 2012
9 Zhao, Z, "Fast unloading transient recovery of buck converters using series-inductor auxiliary circuit based sequence switching control" 1-5, 2018
10 Kim, D, "Dynamic response of buck converter with auxiliary current control: analysis and design of practical implementation" 36 (36): 13917-13929, 2021
1 Lim, S, "Transient-voltage-clamp circuit design based on constant load line impedance for voltage regulator module" 57 (57): 4085-4094, 2010
2 Kim, D, "Softswitching auxiliary current control for improving load transient response of buck converter" 36 (36): 2488-2494, 2021
3 Redl, R, "Ripple-based control of switching regulators— an overview" 24 (24): 2669-2680, 2009
4 Chen, W.-C, "Reduction of equivalent series inductor effect in delay-ripple reshaped constant on-time control for buck converter with multilayer ceramic capacitors" 28 (28): 2366-2376, 2013
5 Qahouq, J.A.A, "On load adaptive control of voltage regulators for power managed loads: control schemes to improve converter efficiency and performance" 22 (22): 1806-1819, 2007
6 Šviković, V, "Multiphase current-controlled buck converter with energy recycling output impedance correction circuit (OICC)" 30 (30): 5207-5222, 2015
7 Kirshenboim, O, "Improving loading and unloading transient response of a voltage regulator module using a load-side auxiliary gyrator circuit" 32 (32): 1996-2007, 2017
8 Kapat, S, "Formulation of PID control for DC–DC converters based on capacitor current: a geometric context" 27 (27): 1424-1432, 2012
9 Zhao, Z, "Fast unloading transient recovery of buck converters using series-inductor auxiliary circuit based sequence switching control" 1-5, 2018
10 Kim, D, "Dynamic response of buck converter with auxiliary current control: analysis and design of practical implementation" 36 (36): 13917-13929, 2021
11 Yao, K, "Critical bandwidth for the load transient response of voltage regulator modules" 19 (19): 1454-1461, 2004
12 Lu, W, "Constant-frequency capacitor current hysteresis control of buck converter using reconstructed ideal-capacitor voltage" 66 (66): 7916-7926, 2019
13 Meyer, E, "An optimal control method for buck converters using a practical capacitor charge balance technique" 23 (23): 1802-1812, 2008
14 Zhao, Z, "An online parameters monitoring method for output capacitor of buck converter based on large-signal load transient trajectory analysis" 9 (9): 4004-4015, 2021
15 Senanayake, T, "An improved topology of inductorswitching DC–DC converter" 52 (52): 869-878, 2005
16 Singh, R.P, "A buck-derived topology with improved step-down transient performance" 23 (23): 2855-2866, 2008