LCD Driver Circuit : Adiabatic Logic Circuit And LCD Source Driver Circuit
Date Issued
2005
Date
2005
Author(s)
Nai-Chung,Wang
DOI
zh-TW
Abstract
摘要
第一章中將說明低功率電路設計的趨勢和低功率絕熱電路技術的介紹。
第二章說明絕熱電路之原理，分析數個傳統多時脈絕熱電路和一般提升式驅動電路並說明其優劣。
第三章提出一個使用能量有效率之互補式金氧半大負載驅動電路使用互補式絕熱/提升式技術藉由雙對偶路徑系統。經過HSPICE模擬後，與使用單路徑的驅動電路作效能比較，証明此改良電路在、功率回收與訊號的完整度上較原電路具有更好的表現。
第四章為一整的液晶顯示器源汲驅動電路系統的設計與模擬驗證，並在輸出端使用一個迴旋率加強的輸出緩衝器來順利的驅動一個薄膜電晶體液晶顯示器的一個畫素。
Abtract
In chapter 1, the trend of low voltage design, and its good and bad in recent years will be described
In chapter 2, the principles of adiabatic technology will be described. Then several conventional adiabatic and bootstrapped driver circuit families are reviewed, and analyzed with discussion about the advantages and disadvantages.
In chapter 3, energy-efficient CMOS large-load driver circuit with the complementary adiabatic/bootstrap technique via dual path are proposed. And by HSPICE simulation, it is proved that in power consumption have been improved to compare with signal path driver circuit.
In chapter 4, a whole LCD source driver circuit system will be design and simulation, and we can succeed driver one LCD cell by a slew rate enhancement output buffer.
Subjects
絕熱邏輯電路
液晶顯示器驅動電路
Adiabatic Logic Circuit
LCD Driver Circuit
Type
thesis
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