Texas Instruments TPS61040 series LED Driver ICs

Comprehensive Guide to TPS61040 Integrated Circuits (ICs) LED Driver ICs

This post introduces you to the Key Component Features, Diverse Applications, Associated Series Parts, Technical Documents(PDF Datasheets, User Guides), Frequently asked questions, and Related Series of Texas Instruments TPS61040 series LED Driver ICs products.

FEATURES

Input Voltage Range
Output Voltage Range

Applications

Portable electronics
Wearables (non-medical)

Associated Products

Part Number	Description	Stock	RFQ
TPS61040QDBVRQ1	TEXAS INSTRUMENTS TPS61040QDBVRQ1Led Driver, 1 Output, Boost (Step Up), 1.8V-6V in, 1MHz switch, 28V/90mA out, SOT-23-5	6000	RFQ
TPS61040DBVRG4	IC LED DRIVER RGLTR DIM SOT23-5	629	RFQ
TPS61040DBVR	IC LED DRIVER RGLTR DIM SOT23-5	137178	RFQ
TPS61040DRVT	IC LED DRVR RGLTR DIM 350MA 6SON	9	RFQ
TPS61040DRVTG4	IC LED DRVR RGLTR DIM 350MA 6SON	29	BUY
TPS61040DRVR	IC LED DRVR RGLTR DIM 350MA 6SON	2552	RFQ
TPS61040DDCT	IC LED DRVR RGLTR DIM 350MA 5SOT	1250	BUY
TPS61040DDCR	IC LED DRVR RGLTR DIM 350MA 5SOT	42000	RFQ

Technical Documents

Texas Instruments TPS61040 series LED Driver ICs are power management integrated circuits (ICs) that are used to drive LEDs. They are designed to provide a regulated output voltage that is higher than the input voltage, which is useful for driving LEDs that require a higher voltage than the input voltage. The TPS61040 series is capable of driving up to 350mA of current and has a maximum output voltage of 28V

Related Series

Diodes Incorporated AL5814 series LED Drivers

19 April 2023267

Diodes Incorporated BCR series Constant Current Regulators

03 April 2023249

ON Semiconductor NUD4001 series LED Driver ICs

22 September 2023159

Texas Instruments LM3501 series LED Driver ICs

05 October 20231828

Texas Instruments TLC5948 series LED Driver ICs

26 August 2023135

Frequently Asked Questions

What are the similar products or Substitute Components of Texas Instruments TPS61040 series LED Driver ICs

converter IC from Texas Instruments that shares similar features and functionality with the TPS61040. It is designed for driving LEDs and provides efficient power conversion and current regulation.  Analog Devices ADP1613: The ADP1613 is a boost converter IC from Analog Devices that can be used as an alternative to the TPS61040. It is specifically designed for driving high-power LEDs and offers similar capabilities in terms of power conversion and current regulation.  ON Semiconductor NCP5007: The NCP5007 is a boost converter IC from ON Semiconductor suitable for LED driver applications. It provides efficient power conversion and current regulation for driving LEDs.

How do I choose a substitute component for my application?

Identify the specifications of the original component: This includes its size, shape, voltage rating, current rating, and other relevant parameters. Search for substitute components: You can use online search engines or consult with industry experts to find substitute components that meet your requirements. Compare the specifications of the original and substitute components: Ensure that the substitute component has similar or better specifications than the original component. Check for compatibility: Ensure that the substitute component is compatible with your application and other components in your system. Test the substitute component: Before using the substitute component in your application, test it thoroughly to ensure that it meets your requirements.