F280041PMS 32-bit Real-Time Microcontroller (PMS Package)

F280041PMS Overview

The F280041PMS is a purpose-built microcontroller targeted at motor control and industrial power applications. It pairs a 32-bit control core with dedicated peripherals for pulse-width modulation, fast analog conversion, and deterministic timing. Designers get more integration and lower component count compared with separate MCU-plus-peripherals solutions. For procurement and detailed ordering information, see IC Manufacturer.

F280041PMS Technical Specifications

F280041PMS Key Features

• Deterministic 32-bit control core that delivers precise control loop timing for faster response in closed-loop systems.
• High-resolution 12-bit ADC with 12 channels to capture more accurate current and voltage measurements for tighter regulation.
• Multiple PWM outputs with dead-time insertion to simplify three-phase inverter and motor-drive topologies and reduce external circuitry.
• Integrated communications (CAN, SPI, I2C, UART) to enable easier system integration and lower BOM cost compared with discrete transceivers.
• On-chip Flash and SRAM reduce external memory needs and shorten boot and update cycles for faster field deployment.

Typical Applications

• Three-phase motor drives in industrial automation where precise torque and speed control require deterministic PWM and ADC timing, and where reduced board area matters.
• Brushless DC (BLDC) and PMSM motor controllers for HVAC and consumer appliances that need high-efficiency control across 2?C6 kW power ranges.
• Bidirectional DC?CDC converters and solar inverter microinverters that demand fast analog sampling and multiple PWM channels for synchronous switching.
• Embedded digital control for battery management and power supplies where integrated communications and on-chip memory accelerate prototyping and production.

F280041PMS Advantages vs Typical Alternatives

The device consolidates control core, ADC, PWM, timers, and multiple comms in a single 64-pin package. Compared with stand-alone MCU plus external analog front ends, it cuts board complexity and component count. For engineers, that typically translates to faster design cycles and lower system cost. The integrated peripherals also help achieve tighter loop latency and more predictable timings versus general-purpose microcontrollers lacking specialized PWMs and high-speed ADC sampling.

F280041PMS Brand Info

The F280041PMS is part of the C2000-class real-time control family from Texas Instruments. The brand focuses on deterministic control performance, robust analog integration, and ecosystem tools for motor-drive and power designs. Support includes reference designs, libraries, and development kits to shorten time to market.

FAQ

What core does this device use?

The product uses a 32-bit control-oriented core designed for real-time signal processing. It targets tasks like control loops and PWM generation where deterministic execution and fixed latency matter most.

How many ADC channels are available?

The microcontroller provides a multi-channel 12-bit ADC array. Designers can sample multiple voltages and currents simultaneously for accurate state estimation and closed-loop control.

Is PWM suitable for three-phase inverters?

Yes. The device includes multiple PWM outputs with dead-band control and complementary outputs. That makes it suitable for three-phase inverter topologies and synchronous switching applications.

What communications are supported?

On-chip interfaces include CAN, SPI, I2C, and UART. These support system-level networking, sensor links, and host communication without many external transceivers.

What package and temperature range does it support?

The F280041PMS ships in a 64-pin package variant and is specified for industrial ambient temperatures from -40??C to +85??C, matching common requirements for factory and field equipment.