Application Support
For added application support, NXP offers the following application reports on the LED driver family devices:
} AN10579: Driving LED light bars using NXP Solutions
http://www.nxp.com/documents/application_note/AN10579.pdf
} AN10733: Flash LED App. Note
http://www.nxp.com/documents/application_note/AN10733.pdf
} AN264: I
2
C Devices for LED Display Control App. Note
http://www.nxp.com/documents/application_note/AN264.pdf
} AN10315: LED Dimmer Board
http://www.nxp.com/documents/application_note/AN10315.pdf
For more information, visit http://ics.nxp.com/products/led.drivers/
NXP offers evaluation modules and demo boards that can be used to develop software and evaluate the performance
of the LED controllers and LED Flash drivers.
OM6279 – LED Dimmer Demo Board
NXP LED controllers and GPIO in simulated mobile phone
application showing RGB LED color mixing, LED blinking and
dimming, and backlight LED control applications.
OM6281 – PCA9698 Daughter Card for I
2
C 2005-1
PCA9698 40-bit GPIO with easy access to all 40 I/O pins
and several LEDs. Demonstrates using PCA9530 2-bit LED
dimmer to dim and/or blink all 40 outputs using the /OE input
of the PCA9698.
OM6282 – PCA9633 Daughter Card for I
2
C 2005-1
Demonstrates LED blinking, dimming, and RGBA color mixing
using PCA9633 with individual 256-step PWM per channel
and global 256-step PWM. Select any of the 64 I
2
C addresses
with the on-board DIP switch.
LED Flash Driver Demo Board
Provides access to the reset, ash, touch and brightness
controls of the SSL3250A. The board also has a USB port and
GUI software that can be used to control the SSL3250A.
OM6275 – I
2
C 2005-1 Evaluation Board
Easy experimentation and training module. I
2
C-bus connects
to LED controllers, other I
2
C peripherals, and daughter cards.
USB Connection. GUI interface allows direct control of device
without programming.
OM6276 – PCA9633 Demo Board
Evaluate LED dimming and blinking features of the PCA9633
4-bit (RGBA) PWM LED driver. RJ-45 jack allows series
connection to multiple boards to evaluate long-distance Fm+
bus and P82B96.
