Product Search
AC/DC Analog Products
| Part Number |
Description |
LED String |
| TPS92001/2 |
General Purpose PWM Controller with 10V Turn-on Threshold for LED Lighting |
Single-string |
| TPS92010 |
Quasi-Resonant Driver Controller for LED Lighting |
Single-string |
| TPS92020 |
Resonant-Switching Driver Controller for LED Lighting |
Single-string |
| TPS92210 |
Constant-On Time Driver Controller with Cascoded MOSFET for LED Lighting |
Single-string |
| UCC2305 |
HID Lamp Controller |
Single-string |
| UCC25710 |
LED TV Backlight Controller |
Single-string |
| UCC28810 |
LED Lighting Power Controller |
Single-string |
| Digital Power |
Microcontroller-based Power Management Solutions |
Various Strings |
DC/DC Analog Products
| Part Number |
Description |
LED String |
| TL4242 |
Adjustable LED Driver |
Single-string |
| TPS40211 |
Wide Input Range Current Mode Boost Controller |
Single-string |
| TPS54260 |
3.5V to 60V Input, 2.5A, 2.5MHz Step Down SWIFT™ Converter with Eco-Mode™ |
Single-string |
| TPS61061 |
19V, 400mA Switch, 1MHz Boost Converter w/Brightness Control for White LED Power Supplies |
Single-string |
| TPS61165 |
High Brightness White LED Driver in 2mm x 2mm QFN Package |
Single-string |
| TPS61166 |
White LED Driver w/ Integrated Power Diode and Fast Burst Dimming Mode |
Single-string |
| TPS61195 |
96 LED, 8-Channel White LED Driver for LCD Backlight with SMBus Interface |
Multi-string |
| TPS61199 |
White LED Driver for LCD Monitors Backlighting |
Multi-string |
| TPS92020 |
Resonant-Switching Driver Controller for LED Lighting |
Single-string |
| UCC25710 |
LED TV Backlight Controller |
Single-string |
| Digital Power |
Microcontroller-based Power Management Solutions |
Various Strings |
Current Regulators
| Part Number |
Description |
LED String |
| TLC59116 |
16-Bit Fast-Mode Plus (FM+) I2C Bus Constant-Current LED Sink Driver |
Multi-string |
| TLC59282 |
16-Channel Constant Current LED Driver with 4-Channel Grouped Delay |
Multi-string |
| TLC5943 |
16-bit ES-PWM with 7-bit Device Level Brightness Control |
Multi-string |
| TLC5960 |
8-Channel LED Driver Controller with Integrated Intelligent Thermal Controller |
Multi-string |
| TLC5970 |
3-Channel, 12-Bit PWM LED Driver w/ Buck DC-DC Converter and Differential Signal Interface |
Multi-string |
| TLC5971 |
12-Channel, 16-Bit ES-PWM RGB LED Driver with 3.3V Linear Regulator |
Multi-string |
Microcontroller (MCU) for Advanced Lighting Solutions
TI's MCU lighting solutions give designers efficient, flexible and scalable intelligent lighting management and control. TI's portfolio of MCU hardware and software platforms speeds design and development enabling designers to adopt advanced communications and features such as power line communications or 6loWPAN to control lighting designs. In addition, using a digital approach for functionality such as digital power, communications/control, and motion or ambient light sensing can move hardware features into software which increases flexibility.
To get started with TI's broad suite of MCU solutions for your LED and other lighting design and control needs visit below for our demonstration platforms and development kits. Or click the direct links to learn specifically about intelligent lighting and communications control or digitally powered lighting.
Digital Power Based on Microcontroller Solutions
TI provides designers with a portfolio of controllers to solve any lighting digital power system design challenge. Whether designing for isolated or non-isolated solutions from AC/DC to DC/DC, TI's flexible, customizable and intuitive portfolio enables a variety of solution.
| Product |
Features |
Package |
| F28x Piccolo Series |
The F2802x Piccolo™ family of microcontrollers provides the power of the C28x™ core coupled with highly integrated control peripherals in low pin-count devices |
TSSOP (DA) 38 |
Intelligent Lighting / Communications and Control
Intelligent lighting is the ability to reduce the amount of light and/or energy used so that only the right amount of light is delivered exactly when and where it is needed. Digital control of LEDs using MCUs allows developers to take advantage of the unique characteristics of LEDs, such as long life, high dimming ratio, energy efficiency and vibration resistance, and to quickly and easily deliver intelligent lighting solutions. Digital control can be achieved via wired or wireless communications through a number of different communication standards. Texas Instruments offers microcontroller solutions for all your LED lighting design and control needs, including demonstration platforms and development kits.
| Solutions/Protocol |
Product |
Tool/Kit/Demo/Platform |
For more information: |
| DALI |
MSP430™
MCU |
TPS62660
LED-338 EVM |
For DALI app note: www.ti.com/daliappnote
|
| DMX-512 |
MSP430 MCU / Stellaris® |
DMX-512 apps note / Third-party design |
MSP430 - Demo code and reference design is available upon request at Technical Support.
Stellaris - Available through third-party Golden IC Technology Co., Ltd. - support@golden-ic.com |
| Power line communication |
C2000™ MCUs |
TMDSPLCKIT - V2 |
www.ti.com/plc |
| ZigBee® / 802.15.4 |
MSP430F54xxA |
MSP430F5438 Experimenter's Board |
www.ti.com/msp430f5438 |
| KNX / KNX-RF |
MSP430 |
N/A |
Available through 3rd parties; for more information visit:
Weinzierl Engineering GmbH
TAPKO Technologies GmbH |
| 6loWPAN |
CC430(MSP430 MCU + Low-Power RRF) |
Third-party design |
Available through Third-party Sensinode. |
| Ethernet |
Stellaris® |
Ethernet development and evaluation kits |
www.ti.com/stellariskits |
| General-use MCU(user interface, system supervisor, etc.) |
MSP430 MCU |
Development and evaluation kits |
www.ti.com/msp430 |
Wireless Communications
TI's new CC2530 is a true system-on-chip solution tailored for IEEE 802.15.4, ZigBee, ZigBee RF4CE and Smart Energy applications. With its high operating temperature of up to 125 degrees C , the CC2530 is ideal for Lighting applications.
| Product |
Description |
Operating Temperature |
Protocol |
| CC2530 |
Second Generation System-on-Chip
Solution for 2.4 GHz |
125 ° C |
IEEE 802.15.4 / ZigBee |
|
Download Guide