F280041CPMS 32-Bit Microcontroller C2000 Real-Time MCU CPMS Package

F280041CPMS Overview

The F280041CPMS is a real-time microcontroller designed for precise motor and power control tasks. It combines a 32-bit signal-control core with integrated analog and timer peripherals to deliver faster control loops and tighter regulation compared with many 8- and 16-bit alternatives. The device targets industrial and automotive systems that need deterministic performance, compact integration, and lower system cost. For product sourcing and additional documentation, see IC Manufacturer.

F280041CPMS Technical Specifications

F280041CPMS Key Features

• High-performance 32-bit core: enables faster control loop execution and more precise algorithms than typical 8-bit controllers, improving system response by measurable margins.
• Integrated 12-bit ADC: supports multi-channel sampling for tighter sensor feedback and higher-resolution measurements in power and motor applications.
• Multiple PWM channels: allow direct driving of multi-phase power stages with synchronized outputs, reducing external component count and board area.
• On-chip memory and peripherals: combine flash, SRAM, timers, and comms interfaces to streamline integration and reduce BOM compared with discrete solutions.

Typical Applications

• Motor control systems for small to medium three-phase motors where deterministic control and synchronized PWM reduce torque ripple and improve efficiency in closed-loop drives.
• Power-conversion units such as DC-DC converters and UPS modules that require fast ADC sampling and precise PWM timing to maintain tighter voltage regulation under variable loads.
• Embedded closed-loop controllers in industrial automation equipment that need deterministic 32-bit compute and integrated peripherals to shrink PCB area and cut parts count.
• Appliance and HVAC control units that demand reliable real-time control, multiple communication ports for system integration, and extended temperature operation for field environments.

F280041CPMS Advantages vs Typical Alternatives

The device offers a 32-bit signal-control core and integrated analog peripherals that outperform many 8- and 16-bit microcontrollers in control accuracy and loop speed. With on-chip flash and SRAM, fewer external components are needed, enabling smaller boards and lower BOM costs. Compared with discrete solutions, you get tighter timing resolution, more synchronized PWM channels, and higher ADC resolution, which together improve control stability and reduce system-level design complexity.

F280041CPMS Brand Info

This product is part of Texas Instruments’ C2000 family of real-time microcontrollers. The brand emphasizes robust industrial performance, long-term availability, and extensive development resources, including software libraries and evaluation hardware to accelerate design and validation.

FAQ

What core does it use?

The device uses a 32-bit C28x-class signal-control CPU optimized for deterministic real-time control. This core supports shorter interrupt latency and faster fixed-point math than many general-purpose microcontrollers.

How much on-chip flash is available?

On-chip flash provides non-volatile program storage to enable compact firmware deployment and in-field updates. Exact capacity supports moderate to complex control firmware without requiring external code memory.

Which analog peripherals are included?

Integrated analog functions include a multi-channel 12-bit ADC suitable for current and voltage sensing. These on-chip converters reduce the need for external ADC components and simplify the analog front end.

Can it drive multi-phase motors?

Yes. Multiple independent PWM channels and synchronized timers allow direct control of multi-phase inverters and bridge topologies for efficient motor commutation and closed-loop control.

What development resources exist?

Users can leverage vendor-provided development kits, reference designs, and software libraries tailored to real-time control tasks. These resources accelerate prototyping and validation for industrial and automotive projects.