Items where Author is "Zhang, Weiping"
Number of items: 9.
AL-NAEMI, Faris, YANG, Jianbo and ZHANG, Weiping
(2015).
A Low Power Single-stage LED Driver Operating between Discontinuous Conduction Mode and Critical Conduction Mode.
Energy Procedia, 74, 817-825.
YANG, Jianbo, AL-NAEMI, Faris and ZHANG, Weiping
(2015).
Low-power single-stage power factor rectifier based on discontinuous capacitor voltage mode double-ended forward converter.
IET Power Electronics, 8 (8), 1451-1460.
YANG, Jianbo, AL-NAEMI, Faris and ZHANG, Weiping
(2015).
Small-signal model analysis and control design of a double-ended forward converter in discontinuous-capacitor-voltage mode.
IET Power Electronics, 8 (5), 802-813.
YANG, Jianbo, AL-NAEMI, Faris, ZHANG, Weiping, LIU, Yuanchao and CHEN, Xiaoping
(2015).
A universal-input high-power-factor LLC resonant driver without electrolytic capacitor for PWM dimming LED lighting application.
In:
2014 International Power Electronics and Application Conference and Exposition.
IEEE, 1473-1478.
YANG, Jianbo, AL-NAEMI, Faris and ZHANG, Weiping
(2014).
Operation analysis for Buck PFC converter in discontinuous capacitor voltage mode.
In:
Proceedings - 2014 International Power Electronics and Application Conference and Exposition.
Institute of Electrical and Electronics Engineers, 1467-1472.
YANG, Jianbo, ZHANG, Weiping, AL-NAEMI, Faris and CHEN, Xiaoping
(2013).
Analysis and modeling of buck converter in discontinuous-output-inductor-current mode operation.
Energy and Power Engineering, 5 (4B), 850-856.
ZHANG, Weiping, ZHANG, Wei, YANG, Jianbo and AL-NAEMI, Faris
(2013).
Comparisons between CRM and CCM PFC.
Energy and Power Engineering, 5 (4B), 864-868.
YANG, Jianbo, ZHANG, Weiping, AL-NAEMI, Faris and CHEN, Xiaoping
(2013).
A high power factor rectifier based on buck converter operating in discontinuous inductor current mode.
Energy and Power Engineering, 5 (4B), 842-849.
YANG, Jianbo, ZHANG, Weiping, AL-NAEMI, Faris and CHEN, Xiaoping
(2013).
A single phase current source PFC converter based on UC3854.
Energy and Power Engineering, 5 (4B), 857-863.