Datasheet > HPWA-DX00

HPWA-DX00

更新时间： 2024-09-24 03:42:35

品牌	Logo	应用领域
亮锐 - LUMILEDS		/
页数	文件大小	规格书
23页	2140K
描述
Secondary Optics Design Considerations for SuperFlux LEDs

阅读下载

中文翻译

获取价格

如果您发现信息不准确，欢迎纠错

HPWA-DX00 数据手册

application brief AB20-5

replaces AN1149-5

Secondary Optics Design

Considerations for SuperFlux LEDs

Secondary optics are those optics which exist outside of the LED package, such as reflector

cavities, Fresnel lenses, and pillow lenses. Secondary optics are used to create the desired

appearance and beam pattern of the LED signal lamp.

The following section details the optical characteristics and optical model creation for Lumileds

SuperFlux LEDs. In addition, simple techniques to aid in the design of collimating reflectors,

collimating lenses, and pillow lenses are discussed.

Table of Contents

Optical Characteristics of SuperFlux LEDs

LED Light Output

SuperFlux LED Radiation Patterns

Optical Modeling of SuperFlux LEDs

Point Source Optical Model

Detailed Optical Models

Secondary Optics

Pillow Lens Design

Design Case—Pillow Design for an LED CHMSL

Non-symmetric Pillow Lenses

Selecting the Size of the Pillow Optic

Recommended Pillow Lens Prescriptions

Other Diverging Optics

Reflector Design

Design Case—Reflector for a CHMSL Application

Reflector Cavities with Linear Profiles

Reflector Cavities with Square and Rectangular Exit Apertures

Other Reflector Design Techniques

Collimating Lens Design

Fresnel Lens Design

Design Case—Collimator Lens

Other Lens Design Options

Appendix 5A

12 3 4 5 6 7...23

中文翻译

下载PDF

型号	品牌	获取价格	描述	数据表
HPWA-MH00	LUMILEDS	获取价格	SuperFlux LEDs
HPWA-MH00	AGILENT	获取价格	Super Flux LEDs
HPWA-MH00-B4000	LUMILEDS	获取价格	Visible LED,
HPWA-MH00-C4000	LUMILEDS	获取价格	Visible LED
HPWA-MH00-XXXX	LUMILEDS	获取价格	SuperFlux LEDs
HPWA-MH02	LUMILEDS	获取价格	Lead-Free SuperFlux LEDs
HPWA-MH02-B4000	LUMILEDS	获取价格	Lead-Free SuperFlux LEDs
HPWA-MH02-C4000	LUMILEDS	获取价格	Lead-Free SuperFlux LEDs
HPWA-ML00	AGILENT	获取价格	Super Flux LEDs
HPWA-MXOO	LUMILEDS	获取价格	Secondary Optics Design Considerations for SuperFlux LEDs