Improved 40-inch plasma display for wall-hanging HDTV receiver

Shimada, Masahiko; Takano, Yoshimichi; Takei, Tatsuya; Ueda, Satoshi; Kawai, Takashi; Katoh, T.; Yamamoto, Takashi; Kuriyama, T.; Koike, Junro; Murakami, Eiichi; Sasaoka, Y.; Atsumi, Tamisuke; Sakamoto, Fumito; Kiriyama, Kouji; Wani, Fumio

doi:10.1109/11.536582

Cited by 6 publications

(2 citation statements)

References 3 publications

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“…To realize the suspended CNT film structure, the substrate is treated with sandblasting to form a precise concave pattern as shown in Figure 4a. 25 The concave pattern is about 200 μm deep. Screen printing is adopted to form the electrodes.…”

Section: Resultsmentioning

confidence: 98%

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Load Characteristics of a Suspended Carbon Nanotube Film Heater and the Fabrication of a Fast-Response Thermochromic Display Prototype

et al. 2015

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The influence of heating load on the thermal response of a CNT film heater has been studied. Two kinds of heat dissipation modes, thermal radiation in a vacuum and convection in the atmosphere, are investigated, respectively. It is found that the thermal response slows down with the load quantities in the both cases. We have further studied the thermal response of a CNT film loaded with thermochromic pigment, which is a kind of phase change material. In addition to the thermal response slowing down with the load quantity, it is also found that the phase change of the thermochromic pigments can also slow down the thermal response. With a suspended CNT film heater structure, we have fabricated a thermochromic display prototype, which can switch from room temperature to 50 °C in about 1 s with a brightness contrast of 4.8 under normal indoor illumination. A 16 × 16 pixel thermochromic display prototype can dynamically display Chinese characters driven by a homemade circuit.

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Section: Resultsmentioning

confidence: 98%

“…The CNT film incorporating with a thermochromic pigment is integrated on the glass substrate. To realize the suspended CNT film structure, the substrate is treated with sandblasting to form a precise concave pattern as shown in Figure a . The concave pattern is about 200 μm deep.…”

Section: Resultsmentioning

confidence: 99%

Load Characteristics of a Suspended Carbon Nanotube Film Heater and the Fabrication of a Fast-Response Thermochromic Display Prototype

et al. 2015

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A novel AC-PDP sustaining drive based on dual resonance in sustaining mode operation

Kang

Kim²,

Park³

IECON'01. 27th Annual Conference of the IEEE Industrial Electronics Society (Cat. No.37243)

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An efficient AC-PDP sustain driver employing boost-up function

Kim

Kang

Cho³

et al.

IEEE 2002 28th Annual Conference of the Industrial Electronics Society. IECON 02

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The sustain driver for AC plasma display panel should provide alternating high voltage pulses to ignite plasma and recover the energy discharged from the intrinsic capacitance between the scanning and sustaining electrodes inside the panel. In this paper, an efficient sustain circuit employing boost-up function is proposed to achieve a faster rise-time in order to be suitable to widely used the address display period separated (ADS) driving method. The proposed circuit improves the recovery efficiency, regardless of the variation of the panel capacitance. The principle of operation, features, and simulated results are illustrated and verified on a 7.5-inch diagonal panel at 200 (kHz1 operating frequency based on experimental prototype. Index Terms -Plasma display panel (POP), sustain driver, address-display-separated (ADS) method

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Improved 40-inch plasma display for wall-hanging HDTV receiver

Cited by 6 publications

References 3 publications

Load Characteristics of a Suspended Carbon Nanotube Film Heater and the Fabrication of a Fast-Response Thermochromic Display Prototype

Load Characteristics of a Suspended Carbon Nanotube Film Heater and the Fabrication of a Fast-Response Thermochromic Display Prototype

A novel AC-PDP sustaining drive based on dual resonance in sustaining mode operation

An efficient AC-PDP sustain driver employing boost-up function

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