A new concept of an efficient energy recovery for plasma display panel (PDP) is proposed. Using a transformer in parallel with the panel capacitance, resonant current through the auxiliary switches can be reduced which results in a higher energy recovery efficiency. The validity of the proposed sustain driver is established through experimental results at 200 kHz. 1
A high-performance plasma-display-panel 'sustain' power supply is proposed. The proposed c...
A single-stage quasi-resonant flyback converter is proposed for a cost-effective plasma display pane...
[[abstract]]This paper presents a switch-mode approach to efficiently and flexibly generating reset ...
Abstract—A novel driver with discharge current compensation is proposed to drive an ac plasma displa...
This paper presents a cost-effective sustain power conversion scheme for the plasma display panel (P...
Abstract—A novel energy-recovery driver is proposed to efficiently drive a plasma display panel (PDP...
[[abstract]]This paper presents three improved plasma display panel (PDP) sustainers for reducing cu...
A new plasma display panel (PDP) sustaining driver using asymmetric resonant poles is proposed. Sinc...
MasterThis thesis proposes a method of improving luminous efficiency (EL) of plasma display panel. I...
MasterThis thesis proposes a method of improving luminous efficiency (EL) of plasma display panel. T...
DoctorThis thesis presents a method of driving plasma display panel. This method uses a circuit grou...
Sustain drivers based on the LC resonant operation have a significant influence on the entire circui...
In this paper, a cost-effective PDP driving circuit using the transformer network is proposed. Compa...
[[abstract]]This paper presents design and development of driving waveforms to improve efficacy, con...
A new method for driving a high resolution AC plasma display panel (PDP) is proposed. The proposed s...
A high-performance plasma-display-panel 'sustain' power supply is proposed. The proposed c...
A single-stage quasi-resonant flyback converter is proposed for a cost-effective plasma display pane...
[[abstract]]This paper presents a switch-mode approach to efficiently and flexibly generating reset ...
Abstract—A novel driver with discharge current compensation is proposed to drive an ac plasma displa...
This paper presents a cost-effective sustain power conversion scheme for the plasma display panel (P...
Abstract—A novel energy-recovery driver is proposed to efficiently drive a plasma display panel (PDP...
[[abstract]]This paper presents three improved plasma display panel (PDP) sustainers for reducing cu...
A new plasma display panel (PDP) sustaining driver using asymmetric resonant poles is proposed. Sinc...
MasterThis thesis proposes a method of improving luminous efficiency (EL) of plasma display panel. I...
MasterThis thesis proposes a method of improving luminous efficiency (EL) of plasma display panel. T...
DoctorThis thesis presents a method of driving plasma display panel. This method uses a circuit grou...
Sustain drivers based on the LC resonant operation have a significant influence on the entire circui...
In this paper, a cost-effective PDP driving circuit using the transformer network is proposed. Compa...
[[abstract]]This paper presents design and development of driving waveforms to improve efficacy, con...
A new method for driving a high resolution AC plasma display panel (PDP) is proposed. The proposed s...
A high-performance plasma-display-panel 'sustain' power supply is proposed. The proposed c...
A single-stage quasi-resonant flyback converter is proposed for a cost-effective plasma display pane...
[[abstract]]This paper presents a switch-mode approach to efficiently and flexibly generating reset ...