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SCHULER SHOOK

750 North Orleans, Suite 400
Chicago, IL, 60654
USA
+1 312 944-8230
rshook@schulershook.com
http://www.schulershook.com

PD 100 Photodiodes for Radiant Power Measurements in VIS-IR Nov 01, 2024
Expert Talks on Light: Luminus Light for Working – Specialty Lighting Oct 31, 2024
Ayça Donaghy, CEO of The LIA has been Appointed to the Board of LightingEurope Oct 30, 2024
Conservation, Dark Skies, & Solar Lighting Drive 5050 LED Proliferation Oct 30, 2024

FEATURED

PD 100 Photodiodes for Radiant Power Measurements in VIS-IR

PD 100 Photodiodes for Radiant Power Measurements in VIS-IR Instrument Systems’ new PD 100 photodiodes enables absolute LIV measurements of pulsed light sources. Read more »

FEATURED

Conservation, Dark Skies, & Solar Lighting Drive 5050 LED Proliferation

Conservation, Dark Skies, & Solar Lighting Drive 5050 LED Proliferation Lumileds’ LUXEON 5050 LED portfolio has expanded with over 185 options across four product families, meeting the growing demand for conservation, dark sky compliance, and solar lighting. New additions like the LUXEON 5050 HE Plus enable lower energy usage, sustainability, and CO2 reductions for high-volume applications such as street lighting and infrastructure. Read more »

FEATURED

WHITE PAPER: Cutting-edge Lighting Control for Optimum Building Management

WHITE PAPER: Cutting-edge Lighting Control for Optimum Building Management This white paper provides an in-depth look at Tridonic’s sceneCOM evo, a cutting-edge, DALI-2-based lighting control solution designed to improve energy efficiency, flexibility, and building automation in modern facilities. Read more »

FEATURED

WHITE PAPER: Using LEDs With Onboard Thermistors

WHITE PAPER: Using LEDs With Onboard Thermistors The Luminus white paper on “Thermal Management Using Thermistors in LEDs” provides an in-depth analysis of thermal resistance and thermal feedback mechanisms for LED systems. High-power LED packages from Luminus integrate thermistors, which function as temperature sensors to prevent overheating and ensure efficient power delivery through a method known as thermal foldback. Read more »