目前，全球約15％的電力用於照明，隨著經濟的快速發展，社會對照明的需求也會持續增加。假設，發展中國家和新興經濟體能夠在一夜之間全部改用高效的LED照明，他們將節省180億美元的電費，減少1．6億噸的二氧化碳排放量和節省相當於墨西哥每年總消費的電力。[more]   轉載自 OFweek半導體照明網

上列價格為CIE國際定價，向CIE-Taiwan訂購可享折扣優惠，CIE-Taiwan會員更享有會員優惠價，歡迎來電03-5743875或e-mail : cie_taiwan@itri.org.tw 洽詢。

Full Description

This Draft International Standard defines spectral sensitivity functions, quantities and metrics to describe radiation for its ability to stimulate each of the five photoreceptor types that can contribute, via the melanopsin-containing intrinsically-photosensitive retinal ganglion cells (ipRGCs), to retina-mediated non-visual effects of light in humans. The document is applicable to visible optical radiation in the wavelength range from 380 nm to 780 nm. In addition, the document includes information concerning the effects of age and field of view (FOV) when quantifying retinal photoreceptor stimulation for ipRGC-influenced responses to light (IIL responses).

This Draft International Standard does not give complete information for particular lighting applications, or for the quantitative prediction of IIL responses.

The document is not intended for colorimetric contexts, nor does it address health or safety issues such as those resulting from light treatment, flicker or photobiological safety and only relates to retinal photoreception.

The Draft International Standard has been sent to CIE National Committees for comments and sales to interested parties. It is still subject to changes and may not yet be referred to as a CIE International Standard. When approved by the CIE NCs, it will be published as a CIE International Standard.

Product Details

Published:07/01/2018

Number of Pages:37

File Size:1 file , 1.5MB