Diodes Incorporated LED Lighting Development Tools
Diodes Incorporated LED Lighting Development Tools provide a simple, cost-effective solution to driving low-current and high-brightness LEDs. These development boards feature high-accuracy LED control, LED current thermal management, and a multi-topology device. The LED development tools cover a wide range of LED lighting and IoT power applications and solutions.Applications and Solutions
• Automotive-compliant LED drivers are highly effective LED solutions that extend the life of the automotive lighting system, enable greater driver and pedestrian safety, and enhance the driving experience.
• Connected LED lighting and IoT power drivers provide low standby power, increased efficiency, and high integration
with buck, boost, buck-boost, and flyback converters. The drivers operate at 30VAC to 277VAC voltage range.
• Industrial LED lighting and power drivers combine robust, low-thermal packages with high power density for industrial dimmable lighting and power applications. The integrated switching MOSFET LED drivers can deliver LED currents up to 3A with an operating DC voltage of up to 400V.
• Infotainment display drivers enhance the user interface display experience with best-in-class features for backlight, AMOLED bias supply, and camera flash solutions in personal electronics and automotive applications. The drivers can extend battery life and reduce board space and BOM costs.
• Triac dimmable and offline LED drivers provide the most cost effective and quality solutions for retrofitting bulbs and commercial LED lighting systems. The Triac dimmable LED Drivers can be smoothly dimmed through Triac dimmers.
Features
- High-accuracy LED control
- Better brightness control and matching between lamps
- 1% reference tolerance
- Multi-topology device using one sense resistor
- Suitable for the buck, boost, and buck-boost lighting
- LED current thermal management
- Reduces ILED at a high temperature
- Improves reliability
- Diagnostic feedback pins
- Provide fault status for MCU on-board
