Learn why Infineon is the global leader in silicon power MOSFETs and how our expertise, broad portfolio, and unmatched technology are shaping the future of power electronics.
PANJIT 30 V and 40 V automotive N-Channel MOSFETs are AEC-Q101 qualified with +175°C junction temperature.
Intro to ROS Part 11: TF2 Broadcasters and Listeners
In this tutorial, we take the next step and create a complete system using both TF2 broadcasters and listeners.
This gate driver IC for BLDC motors have a conventional motor control concept via PWM input, 3 current sense amplifiers and adaptative MOSFET control feature for improved EMC performance achieving target switching time and reduces power losses.
Accelerate MCU and MPU Projects Using a Flexible Development Platform
Publish Date: 2025-12-11
Learn how a modular development platform helps designers solve processor selection challenges and accelerate prototyping for both MCUs and MPUs.
Infineon Technologies MOTIX™ TLE9189x reliable, scalable, and cost-optimized gate driver ICs for 12 V brushless DC motors with advanced safety features.
EPC91104 3-Phase Motor Drive Inverter
Publish Date: 2025-12-05
The EPC EPC91104 is a 3-phase BLDC motor drive inverter board featuring the EPC23104 ePower Stage IC 11 mΩ maximum RDS(ON), 100 V maximum device voltage.
Intro to ROS Part 10: Getting Started with TF2 and Turtlesim
In this tutorial, we begin working with TF2, the ROS 2 library that handles coordinate transformations.
EPC91118 Three-Phase Inverter for Humanoid Robot Joints
Publish Date: 2025-12-03
The EPC91118 three-phase inverter from EPC features high-bandwidth control of 100 kHz PWM.
EPC91120 Compact Three-Phase Inverter
Publish Date: 2025-12-02
EPC EPC91120 compact three-phase inverters feature an ultra-small two-layer PCB with optimized thermals for in-joint or in-body mounting.
STMicroelectronics STSPIN9P series high-current motor drives feature pin-to-pin compatible half-bridge and full-bridge options.
Intro to ROS Part 9: Launch Files
In this tutorial, we’ll explore how ROS 2 launch files simplify node orchestration.
Apply Advances in Sensing, Connectivity, and Motion Control Devices for Smarter Fixed-in-Place Robots
Publish Date: 2025-11-18
Design precise yet flexible fixed-in-place robotics using advanced control, imaging, sensing, and communications technologies.
Intro to ROS Part 8: Using Parameters to Configure ROS 2 Nodes
In this tutorial, we'll explore how to use parameters in ROS 2 to dynamically configure nodes.
Intro to ROS Part 7: Custom Interfaces
In this episode, we’ll go one step further by creating and using custom interfaces in both Python and C++. You’ll learn how to define your own message and service types and use them in publisher/subscriber and client/server architectures.
Highly Integrated MCUs Simplify Precise and Efficient Motor Control Design
Use the PSOC Control C3 MCUs’ combination of fast analog, CORDIC math, and high-resolution PWM for efficient and precise motor control.
Intro to ROS Part 6: Services, Requests, and Responses with C++
In this tutorial, we will see how services work by creating a custom server and client in C++ ROS nodes.
Intro to ROS Part 5: Services, Requests, and Responses with Python
In this tutorial, we will see how services work by creating a custom server and client in Python ROS nodes.
Intro to ROS Part 4: Nodes, Topics, Publishers, and Subscribers (C++)
In this tutorial, we’ll walk through how to write ROS 2 nodes in C++ that communicate using the publish/subscribe model.
Toshiba automotive-grade motor driver ICs are suited for solutions such as quiet motor operation due to their use of sine wave current.

