F2800133PMR 32-bit Piccolo Microcontroller for Motor Control (PMR package)

F2800133PMR Overview

F2800133PMR is a high-performance, real-time microcontroller intended for motor control and power-conversion applications. It combines a deterministic 32?bit control core with integrated analog and timing peripherals to reduce board count and speed development. Typical designs use it for precise PWM, fast ADC sampling, and deterministic control loops. For additional procurement and documentation resources visit IC Manufacturer.

F2800133PMR Technical Specifications

F2800133PMR Key Features

• Deterministic 32?bit control core: Enables tight real?time loops for motor control and power conversion with predictable latency.
• Integrated 12?bit ADC: Supports synchronized sampling and multiple channels, reducing the need for external A/D converters and improving signal fidelity.
• Multiple ePWM modules: Provide high-resolution PWM outputs and dead?time control for efficient motor drive and inverter topologies.
• On?chip flash and SRAM: Allow compact designs with fewer external components and faster boot and update cycles.

Typical Applications

• Field-oriented control (FOC) for permanent magnet synchronous motors (PMSM) and brushless DC motors where fast, deterministic control improves torque and efficiency over passive control methods.
• Three?phase inverter control in solar inverters or motor drives that demand synchronized PWM, accurate ADC sampling, and compact BOM to lower system cost and size.
• Digital power supplies and DC?DC converters where tight regulation loops, fast sampling, and integrated timers reduce overall solution complexity and improve transient response.
• Embedded industrial motion controllers where multiple peripherals and deterministic processing provide higher throughput and reliability compared with general-purpose microcontrollers.

F2800133PMR Advantages vs Typical Alternatives

The device delivers a focused mix of real?time control performance and integrated analog/peripheral resources that often outperforms generic MCUs in control tasks. With a dedicated C28x core and multiple ePWM and ADC channels, it provides lower latency and tighter timing than many 8? or 32?bit general-purpose alternatives. On?chip flash and SRAM reduce board complexity versus solutions that require external memory, and the integrated peripherals speed development compared with discrete peripheral configurations.

F2800133PMR Brand Info

F2800133PMR is offered by Texas Instruments, a global semiconductor company known for industrial microcontrollers and analog solutions. TI positions this part within its C2000 real?time control portfolio, focusing on motor and power?conversion applications with broad development tool support and ecosystem resources.

FAQ

What core architecture does it use?

The part uses a single 32?bit C28x control core designed for deterministic real?time processing. This core is optimized for control loops and fixed?point math commonly used in motor and power applications.

How many ADC channels are available?

It provides multiple 12?bit ADC channels (16 channels supported) with scan and synchronized sampling options, which simplifies current and voltage sensing without external converters.

Is high?resolution PWM supported?

Yes, the device includes several ePWM modules with high?resolution features and configurable dead?time, enabling precise motor drive and inverter control compared with basic timer PWMs.

What packaging does the part use?

The device is available in an LQFP?64 package suitable for medium?density PCB layouts. Tape?and?reel ordering is commonly used for automated assembly in volume production.

What temperature range is specified?

The product supports industrial ambient ranges down to ?40 ??C and up to +85 ??C, meeting common requirements for industrial motor drives and power electronics operating in harsher environments.