Paper Contents
Abstract
The end of this study is to design a compact LED projector that is divided into two systems an illumination system and an imaging optical system. This illumination system consists of an RGB LED light source with a collimator lens group and a glass with a color sludge and a lens array integrator rather of an integrated rod so as to meliorate the uniformity of the light intensity. By using a new total internal reflection prism and projection lens, the whole optical machine is lower in size and has a advanced distinction rate for image quality. The imaging optical system consists of a total of eight lenses (six spherical lenses and two a spherical lenses), for a total length of 52 mm; a forbearance analysis is conducted. For this system analysis, optical simulation software is employed to assess the efficacy and uniformity of the light intensity. In this design, the uniformity of the screen reaches further than 82, and the effectiveness increases by approx. 44.
Copyright
Copyright © 2023 Deepak Katajhire. This is an open access article distributed under the Creative Commons Attribution License.
