Harvard launches new DualDim drivers
The DualDim drivers are Harvard's most advanced LED drivers to date, delivering 50W of cool power with Analogue and DALI Dimming, allowing end users industry leading efficient control of their LED lighting systems. The power factor corrected, class II CL50 and CLR50 drivers also have fully-isolated, SELV output and are initially available as 700mA, 1000mA, 1200mA and 1400mA variants.
The new drivers and variants have been developed hand-in-hand with leading lamp and gear manufacturers, including GE, Xicato and Toshiba. The drivers are also compatible with all other major LED modules.
Michael McDonnell, sales and marketing director Harvard Engineering, commented, “Our new DualDim drivers are at the forefront of the market, and we are looking forward to adding to the range in the coming months, which will ensure we continue to remain ahead of our competitors.”
All of Harvard’s CoolLED drivers provide a high performance solution for powering high-brightness LEDs from a mains supply.
For more information, visit http://www.harvardeng.com/
- 2D material underpins world’s thinnest electric generator
- Carbon nanotube solar cell advance boosts efficiency performance
- Gresham Power clinches GBP1.18m UPS defence export order
- Surfer triples Li-ion battery performance with sandy solution
- Battery anode architecture helps charge portable electronics in ten minutes
- Silicon dioxide nanotubes help batteries last 3x longer
- Photoswitching material harnesses solar power for heat storage
- Advanced Liquid Metal Battery system heads for commercialization
- Micro smart grid plugs renewables into EV fleets
- Bosch Engineering co-develops electric sports vehicle
- UK targets research funds at sustainable manufacturing materials
- Harvard researchers demonstrate metal-free flow battery to support renewable energy sources
- World's smallest FM radio transmitter made from graphene
- Indoor lighting control system uses intuitive graphic user interface to save energy
- US researchers pinpoint polymers that react and move to light
- From 20x faster batteries to spray-on solar cells
- The benefits of the coupled inductor technology
- French-German collaborators claim solar cell efficiency world record
- Can Fool's gold reduce the cost of solar cells?
- Vicor extends “component power” concepts with VIA package
- BMW and Tesla look at car battery alliance
- Electrostatic potential technique harvests more of the sun’s energy
- Australian researchers claim solar energy efficiency world record
- Advanced lead-carbon batteries could enable 48V super hybrid vehicles
- Death to "half-power handsets"
- Product How-to: Power supply Black Box revolutionizes customer diagnostics
- EnOcean eyes the consumer market
- New electrolyte promises cheaper high efficiency magnesium-sulfur batteries
- Do electric vehicle batteries on the grid make sense?
- Bio batteries take step closer to clean energy
- Power Systems Design eBook
- Wireless Power User Guide
- A Novel Approach to Industrial Rectifier Systems
- Smartphone SoC Power Efficiency - DVFS Capacitor Switching
- Power Modules: The New Super Power
- Digital Power Management Reduces Energy Costs While Improving System Performance
- How to Charge Supercapacitor Banks for Energy Storage