Liquid Crystal Displays: Addressing Schemes and Electro-Optical Effects (Wiley Series in Display Technology)

Lueder, Ernst

ISBN 10: 0471490296 / ISBN 13: 9780471490296

Published by John Wiley & Sons Inc, 2001

About this Item

New copy, clean, tight and unmarked. The special feature of the book is the in depth treatment of both the electro-optic effects and the addressing schemes of liquid crystal displays elucidating their interdependence. After basic explanations readily understandable for students and stimulating for engineers, physicists and chemists, the reader is gradually led to the latest developments such as vertically aligned and mixed mode TN-displays, compensation foils, multiple line and low power addressing, transistor driven LCOS-devices with DRAM and SRAM addressing and TFT-addressing of transmissive displays with a 92% aperture ratio. The results are analytically derived and not merely stated to enhance insight and the capability to tailor displays to individual needs or to perform novel designs. Towards this aim the propagation of light with the help of Jones vectors, four different characterizations of the state of polarization and the operation as well as the passive and active matrix addressing of all LCDs, like nematic, polymer dispersed, guest host and bistable devices is explained. Besides the mainstream twisted and super twisted nematic LCDs attention is drawn to bistable ferroelectric, chiral nematic and modified nematic LCDs as they are most promising for future portable low power systems. Tables on display formats and units for the measurement of displays finally render the book suitable as a reference for experts working in the field and as a textbook for universities or display courses. The forefront of research is reached by the treatment of plastic substrates, the replacement of vacuum processes by less expensive printing and low temperature fabrication of a-Si-and poly-Si-TFTS.

Seller Inventory # ABE-1730389380657

Bibliographic Details

• Title: Liquid Crystal Displays: Addressing Schemes and Electro-Optical Effects (Wiley Series in Display Technology)
• Publisher: John Wiley & Sons Inc
• Publication Date: 2001
• Language: English
• ISBN 10: 0471490296
• ISBN 13: 9780471490296
• Binding: Hardcover
• Edition: 1st Edition
• Condition: New
• Seller catalogs:
  • Math & Technology

About this title

Synopsis

The special feature of the book is the in depth treatment of both the electro–optic effects and the addressing schemes of liquid crystal displays elucidating their interdependence. After basic explanations readily understandable for students and stimulating for engineers, physicists and chemists, the reader is gradually led to the latest developments such as vertically aligned and mixed mode TN–displays, compensation foils, multiple line and low power addressing, transistor driven LCOS–devices with DRAM and SRAM addressing and TFT–addressing of transmissive displays with a 92% aperture ratio.
The results are analytically derived and not merely stated to enhance insight and the capability to tailor displays to individual needs or to perform novel designs. Towards this aim the propagation of light with the help of Jones vectors, four different characterizations of the state of polarization and the operation as well as the passive and active matrix addressing of all LCDs, like nematic, polymer dispersed, guest host and bistable devices is explained. Besides the mainstream twisted and supertwisted nematic LCDs attention is drawn to bistable ferroelectric, chiral nematic and modified nematic LCDs as they are most promising for future portable low power systems.
Tables on display formats and units for the measurement of displays finally render the book suitable as a reference for experts working in the field and as a textbook for universities or display courses.
The forefront of research is reached by the treatment of plastic substrates, the replacement of vacuum processes by less expensive printing and low temperature fabrication of a–Si– and poly–Si–TFTS.

About the Author

Ernst Lueder, University of Stuttgart, Germany.