EEFLs can be driven by both sinusoidal and square waveforms. Moreover, synchronizing the self-discharge time of the dielectric wall charge with the voltage rising and falling can enhance luminance.
May 20, 2019 · This paper presents luminance measurements for different driving alternatives and lamp voltages, showing that EEFLs have an electrical behavior ...
Luminance measurements for different driving alternatives and lamp voltages are presented and synchronizing the self-discharge time of the dielectric wall ...
EEFLs can be driven by both sinusoidal and square waveforms. Moreover, synchronizing the self-discharge time of the dielectric wall charge with the voltage ...
A technique for driving one or more EEFLs, having first and second ends, in a bank of EEFLs involves driving the EEFLs at both the first and second ends.
An external electrode fluorescent lamp (EEFL) has longer lifespan, higher power efficiency and higher luminance than a Cold Cathode Fluorescent Lamp (CCFL).
This paper proposes a method of controlling external electrode lamps (EEFLs) for local dimming of liquid crystal displays (LCDs). In the proposed method, ...
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Also, a single inverter can drive multiple EEFL tubes, leading to a compact design, driven by sinusoidal or square waveforms. Luminance can be enhanced by ...
EEFLs are mostly driven by sinusoidal wave driving method although EEFLs (External Electrode Fluorescent Lamps) are driven by both sinusoidal wave and ...
EEFLS are mostly driven by sinusoidal wave driving method although EEFLS (External Electrode Fluorescent. Lamps) are driven by both sinusoidal wave and square ...