F280049PZQ 32-bit Real-Time C2000 MCU, PZQ Package

F280049PZQ Overview

The F280049PZQ is a real-time 32-bit microcontroller built for motor control, power conversion, and embedded industrial systems. It packs a deterministic C28x core with integrated PWM, analog, and timing peripherals to deliver faster control loops and lower system BOM compared with many general-purpose MCUs. Designers benefit from higher integration and immediate ecosystem support from IC Manufacturer for software libraries, reference designs, and evaluation tools.

F280049PZQ Technical Specifications

F280049PZQ Key Features

• Deterministic C28x core ?? enables faster interrupt response and precise control loops for motor drives and power inverters.
• Integrated high-resolution PWM ?? reduces external gate driver count and improves switching control for lower EMI and higher efficiency.
• Multi-channel 12-bit ADC ?? supports synchronous sampling for accurate current and voltage measurements in closed-loop systems.
• Rich peripheral set ?? SPI, I2C, UART and CAN enable easier integration with sensors, encoders, and system controllers without extra silicon.

Typical Applications

• Industrial motor drives where precise torque and speed control require fast real-time PWM and ADC sampling with low latency and predictable timing.
• Power conversion systems such as solar inverters and UPS units needing synchronized ADC measurements, high-resolution PWM and robust communications for grid interfacing.
• Robotics control boards that demand tight loop control, multiple PWM channels for multi-axis actuation, and compact BOM for space-constrained designs.
• Embedded industrial controllers that benefit from on-chip flash, SRAM, industrial temperature range, and integrated comms for field bus and telemetry functions.

F280049PZQ Advantages vs Typical Alternatives

The device offers higher integration and more deterministic control than many general-purpose microcontrollers. It combines a purpose-built 32-bit control core with multiple high-resolution PWM channels and synchronous ADCs, so designers can reduce external components and design complexity. Compared with typical MCU alternatives, it provides faster interrupt handling and tighter loop timing, which improves control accuracy, lowers EMI, and shortens development time using established software libraries.

F280049PZQ Brand Info

The F280049PZQ is produced by Texas Instruments, a long-established supplier of embedded processors and analog ICs. TI provides a broad ecosystem of development tools, reference firmware, and application notes that accelerate deployment in industrial and motor-control systems. The brand emphasizes long-term supply, application support, and software compatibility across its C2000 product family.

FAQ

What core does it use?

The MCU uses a 32-bit C28x real-time core designed for deterministic control. This core is optimized for fast interrupt latency and tight control-loop timing in motor and power applications.

How many PWM channels are available?

It includes multiple high-resolution ePWM modules with complementary outputs suitable for multi-phase motor control. These reduce the need for external PWM controllers in many designs.

Is the ADC suitable for fast sampling?

Yes. The integrated 12-bit ADC supports multi-channel and synchronous sampling. That enables accurate current and voltage measurement with timing aligned to PWM events.

Which communications are onboard?

The device provides standard embedded interfaces such as SPI, I2C, UART, and CAN, enabling connectivity to sensors, encoders, and higher-level controllers without extra bridge ICs.

What temperature range is supported?

The part is specified for industrial operation from about -40 ??C to +85 ??C, making it suitable for factory and field equipment that sees wide environmental variation.