Design

Lighting design kit from Texas Instruments has remote-controlled LED board

8th May 2008
ES Admin
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Texas Instruments continues to drive advancements in the lighting industry with the introduction of a wireless remote control RGB light emitting diode (LED) design kit. The TPS62260LED plus TI’s award-winning eZ430-RF2500 development tool completes a fully supported platform to design new and exciting color lighting innovations for consumer, commercial, professional and architectural applications.

Texas Instruments continues to drive advancements in the lighting industry with the introduction of a wireless remote control RGB light emitting diode (LED) design kit. The TPS62260LED plus TI’s award-winning eZ430-RF2500 development tool completes a fully supported platform to design new and exciting color lighting innovations for consumer, commercial, professional and architectural applications.

Opening up new possibilities for low-power lighting design, the TPS62260LED board controls the color and brightness of a lamp or runs an automatic color light animation program. Designers generate color with the three OSRAM high-brightness LEDs (red, green and blue). An MSP430F2131 ultra-low power microcontroller controls the brightness of each LED with constant current generated by three TPS62260 LED drivers, one for each LED.

The design module is also pin compatible with TI’s TPS62240 buck converters for lower-current LED applications, such as indoor ambient lighting, and the TPS62290 for higher-current LED applications, such as wall washing.

Designers can utilize wireless communication by using the eZ430-RF2500 development tool, which plugs directly onto the TPS62260LED board. This allows designers to create a lighting network of RF-controlled lamps. With a RF remote, the need for additional infrastructure to control the lamp is eliminated. Utilization of RF lighting control allows for better management of LED lamp-lighting intensity and color. RF remote-controlled lighting is beneficial in applications like building automation control networks because it allows for upgrading facilities to LED lighting with minimal wiring infrastructure changes.

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