Unlocking Real‑Time Control With dsPIC33 Digital Signal Controllers
About This Webcast
Discover how to improve real-time control accuracy and accelerate high-speed data acquisition for motor control, digital power and advanced sensing applications. As these applications grow in complexity, designers need faster response times, efficient signal processing and more integrated system designs. We address these challenges with our dsPIC33 Digital Signal Controllers (DSCs), enabling responsive, deterministic control across demanding embedded systems. In this session, we examine how the dsPIC33 platform has advanced into the latest dsPIC33A core family, delivering higher performance, improved responsiveness and peripherals optimized for modern control applications. These advancements support more complex algorithms, faster control loops and greater system integration. Through application-focused examples, we demonstrate how dsPIC33 DSCs combine microcontroller (MCU) simplicity with Digital Signal Processing (DSP) performance. With high-resolution Pulse-Width Modulation (PWM), fast and accurate Analog-to-Digital Converters (ADCs) and integrated DSP acceleration, we help reduce development time, improve efficiency and support scalable system design. Gain practical insights to optimize real-time control performance and design high-performance embedded systems with confidence.
Speakers
Josue Navarro
Engineer II, Marketing , Microchip Technology Inc.
Josue brings six years of experience in the semiconductor industry. He began his career as a process engineer at Intel and has since transitioned into product marketing with Microchip Technology Inc., where he supports both customers and his company in raising awareness and developing system designs utilizing Microchip’s dsPIC Digital Signal Controllers (DSCs). Josue Navarro holds a Bachelor ofSciencein Electrical Engineering from Arizona State University.