Events Center

Visit our booth to explore test solutions for battery development and validation, including power cycling, impedance measurement, and electrification workflows from cell characterization to pack-level testing.

Explore solutions for multi-channel, time- and frequency-correlated analysis, with real-world demonstrations of the benefits of these measurements across different RF signals with their own distinct settings.

Brushless DC motors (BLDCs) combine high-speed digital control, fast-switching power stages, and sensitive analog feedback, creating a complex, tightly coupled system that is difficult for control, power, embedded, and robotics engineers to observe and debug at the system level.

In this 45-minute webinar, attendees will learn how to:

• Correlate pulse width modulation PWM signals, phase currents, and sensor feedback in a single time-aligned view using mixed-domain measurements across analog, digital, and radio frequency

• Visualize how control behavior and switching activity impact electromagnetic interference (EMI)

• Identify timing faults, noise coupling, and control-loop instabilities faster

The session also will demonstrate practical techniques to accelerate debug, improve efficiency, and optimize motor drive performance.

Move beyond prompt-based workflows to context-driven AI that controls instruments, automates measurements, and analyzes data in real time. Learn how AI can write code, configure test setups, and generate structured results to accelerate engineering workflows.

Learn about Tektronix’s patent-pending low-frequency C-V method for SiC MOS devices, designed to reveal trapped charges overlooked by traditional techniques. Gain deeper insights into device behavior and reliability. Presented with thanks to PowerAmerica for originally hosting this session.

Ready to make the switch from Silicon to Silicon Carbide? Join experts from Tektronix, Wolfspeed, and PE Systems for a 3-part webinar series featuring real-world demos, practical test strategies, and advanced tools for SiC power design and validation.