Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An active matrix organic light emitting diode (AMOLED) display driver IC, enabling real-time thin-film transistor (TFT) nonuniformity compensation, is presented with a hybrid driving method to satisfy fast driving speed, high TFT current accuracy, and a high aperture ratio. The proposed hybrid column-driver IC drives a mobile UHD   $\left({{3840} \times {2160}} \right)$   AMOLED panel, with one horizontal time of   ${7}.{7}\,{\upmu \text{s}}$   at a scan frequency of 60 Hz, simultaneously senses the TFT current for back-end TFT variation compensation. Due to external compensation, a simple 3T1C pixel circuit is employed in each pixel. Accurate current sensing and high panel noise immunity is guaranteed by a proposed current-sensing circuit. By reusing the hybrid column-driver circuitries, the driver embodies an 8 bit current-mode ADC to measure OLED   $V$  –  $I$   transfer characteristic for OLED luminance-degradation compensation. Measurement results show that the hybrid driving method reduces the maximum current error beten two emulated TFTs with a 60 mV threshold voltage difference under 1 gray-level error of 0.94 gray level (37 nA) in 8 bit gray scales from 12.82 gray level (501 nA). The circuit-reused current-mode ADC achieves 0.56 LSB DNL and 0.75 LSB INL.
['Jun-Suk Bang', 'Hyun-Sik Kim', 'Ki-Duk Kim', 'Oh-jo Kwon', 'Choongsun Shin', 'Joo-hyung Lee', 'Gyu-Hyeong Cho']
I am writing a research paper on a idea A Hybrid AMOLED Driver IC for Real-Time TFT Nonuniformity Compensation
[{"from": "human", "value": "I am writing a research paper on a idea A Hybrid AMOLED Driver IC for Real-Time TFT Nonuniformity Compensation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An active matrix organic light emitting diode (AMOLED) display driver IC, enabling real-time thin-film transistor (TFT) nonuniformity compensation, is presented with a hybrid driving method to satisfy fast driving speed, high TFT current accuracy, and a high aperture ratio. The proposed hybrid column-driver IC drives a mobile UHD   $\\left({{3840} \\times {2160}} \\right)$   AMOLED panel, with one horizontal time of   ${7}.{7}\\,{\\upmu \\text{s}}$   at a scan frequency of 60\u00a0Hz, simultaneously senses the TFT current for back-end TFT variation compensation. Due to external compensation, a simple 3T1C pixel circuit is employed in each pixel. Accurate current sensing and high panel noise immunity is guaranteed by a proposed current-sensing circuit. By reusing the hybrid column-driver circuitries, the driver embodies an 8\u00a0bit current-mode ADC to measure OLED   $V$  \u2013  $I$   transfer characteristic for OLED luminance-degradation compensation. Measurement results show that the hybrid driving method reduces the maximum current error beten two emulated TFTs with a 60\u00a0mV threshold voltage difference under 1 gray-level error of 0.94 gray level (37\u00a0nA) in 8\u00a0bit gray scales from 12.82 gray level (501 nA). The circuit-reused current-mode ADC achieves 0.56 LSB DNL and 0.75 LSB INL."}]