\u3cp\u3eTo improve the optical efficiency and to reduce the number of optical components of LCD backlighting systems, two types of polarized-light backlights have been made from micro-structured birefringent polymeric layers. One type uses uniaxially oriented PEN and PET foils that have been structured by diamond-tool machining or by hot-embossing, and subsequently laminated onto a flat PMMA light guide. The second type uses a liquid crystalline polymeric layer laminated onto a micro-structured light guide. S-polarized light is preferentially extracted from the light guides. The efficiency has been measured to be 1.6-1.7 times higher than for a conventional backlight. Costs, thickness and complexity are decreased since no micro-prismatic b...
Abstract—We analyze the polarization-preserving property of two conventional edge-lit light guide pl...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
\u3cp\u3eA new polarized backlight system for liquid-crystal displays (LCDs) is presented in which o...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
\u3cp\u3eNew designs are presented of backlight systems for transmissive and transflective LCD's bas...
Abstract—We analyze the polarization-preserving property of two conventional edge-lit light guide pl...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
To improve the optical efficiency and to reduce the number of optical components of LCD backlighting...
\u3cp\u3eA new polarized backlight system for liquid-crystal displays (LCDs) is presented in which o...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
\u3cp\u3eNew designs are presented of backlight systems for transmissive and transflective LCD's bas...
Abstract—We analyze the polarization-preserving property of two conventional edge-lit light guide pl...
A new, simple polymer-bilayer illumination system is presented which efficiently emits linearly pola...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...