VideoLibrary

LAUNCHXL-F28069M Board Tour

Board tour of the LAUNCHXL-F28069M LaunchPad.

3/23/2016 6:10:10 PM

LAUNCHXL-F28069M Board Tour

ImagenNúmero de pieza del fabricanteDescripciónCantidad disponiblePrecioVer detalles
LAUNCHPAD TMS320F28027 EVAL BRDLAUNCHXL-F28027LAUNCHPAD TMS320F28027 EVAL BRD0 - Inmediata$16.20Ver detalles
BOOSTER PACK MOTOR DRIVEBOOSTXL-DRV8301BOOSTER PACK MOTOR DRIVE25 - Inmediata$81.88Ver detalles
EVAL BOARD FOR DRV8846DRV8846EVMEVAL BOARD FOR DRV88460 - Inmediata$50.79Ver detalles
IC MOTOR DRIVER PAR 24VQFNDRV8846RGETIC MOTOR DRIVER PAR 24VQFN121 - Inmediata$2.94Ver detalles
IC MTR DRV BIPOLR 4-18V 16HTSSOPDRV8848PWPIC MTR DRV BIPOLR 4-18V 16HTSSOP356 - Inmediata$2.46Ver detalles
LAUNCHPAD TMS320F28069M EVAL BRDLAUNCHXL-F28069MLAUNCHPAD TMS320F28069M EVAL BRD293 - Inmediata$40.42Ver detalles

Related Videos

Texas Instruments 2024 electronica interview: Energy infrastructure applications
Texas Instruments 2024 electronica interview: Energy infrastructure applications

Fecha de publicación: 2025-01-29

Discover the C2000™ LaunchPad™ Evaluation Kit
Discover the C2000™ LaunchPad™ Evaluation Kit

Fecha de publicación: 2016-03-23

The MSP430FR6989 LaunchPad Development Kit with Compute Through Power Loss Technology
The MSP430FR6989 LaunchPad Development Kit with Compute Through Power Loss Technology

Fecha de publicación: 2016-03-23

Related Product Highlight

Amplificadores operacionales LM2904LV El amplificador operacional de bajo voltaje LM2904LV de TI ofrece estabilidad de ganancia unitaria y es ideal para sistemas de costo optimizado en aplicaciones de propósito general y de suministro único.
Cargador de celda única y modo de conmutación de tres niveles serie bq25910 La serie bq25910 de Texas Instruments es un dispositivo de gestión de carga de batería de modo de conmutación de tres niveles para baterías de celda única de iones de litio y polímero de litio.
Controladores de compuerta aislados UCC53x0 La familia UCC53x0 de Texas Instruments de controladores de compuerta aislados con variaciones para la salida dividida incorporada, abrazadera Miller y UVLO2 con referencia a GND2.

Related Articles and Blogs

The Basics of Stepper Motors An evaluation of the pros and cons of hybrid stepper motor along with a quick overview of how they work.
The Next Evolutionary Step in Drone Design Field-oriented motor control and global navigation satellite systems sustain drone evolution.
Use Specialized MCUs to Simplify Motion-Control Design With their integrated error-detection capabilities, DSPs and MCUs offer designers a solid foundation for safety in collaborative robotic systems.

Related Product Training Modules

LaunchPad Temboo Integration A brief overview of the Temboo service and its support for connected Texas Instruments LaunchPad hardware.
Solution InstaSPIN-BLDC A look at TI's InstaSPIN-BLDC as well as DC motor control and sensorless communication.