F280025CPTQR 32-Bit C2000 Real-Time Microcontroller, TQFP Tape-and-Reel

F280025CPTQR Overview

The F280025CPTQR is a real-time microcontroller tailored for industrial control and power-conversion tasks. It combines a deterministic control core with peripheral integration to simplify motor drives, digital power supplies, and embedded control nodes. Design teams choose this device for tighter loop control, reduced component count, and faster time-to-market compared with discrete control solutions. The part is listed through authorized distribution channels and detailed ordering information appears on supplier pages such as IC Manufacturer, where package, ordering codes, and support resources are provided for procurement and design planning.

F280025CPTQR Technical Specifications

F280025CPTQR Key Features

• Real-time C28x core: Provides deterministic execution for control loops, enabling tighter response and lower latency than general-purpose MCUs.
• Integrated 12-bit ADCs: Delivers higher measurement resolution for current and voltage sensing, which improves control precision in motor and power systems.
• Multiple ePWM modules: Supports multi-phase motor control and synchronous power-stage drive with synchronized PWM generation for reduced external components.
• Compact memory footprint: On-chip Flash and SRAM enable embedded firmware and control algorithms without adding external memory, reducing board area and BOM cost.

Typical Applications

• Three-phase motor drives and servo controllers where precise current and speed regulation require deterministic real-time control and synchronized PWM outputs.
• Digital power converters and power factor correction systems that need accurate 12-bit ADC sampling and fast control loops to maintain stable output under load changes.
• Building automation and industrial I/O nodes that benefit from integrated peripherals, compact footprint, and robust temperature support for long-term deployment.
• Embedded control platforms for renewable energy inverters where tight control, multi-channel ADCs, and reliable PWM generation improve conversion efficiency and system stability.

F280025CPTQR Advantages vs Typical Alternatives

The F280025CPTQR offers a focused real-time control design compared with general-purpose MCUs by delivering dedicated C28x instruction throughput, integrated 12-bit ADCs, and multiple ePWM modules in a single package. This reduces external components and board complexity while improving loop response and measurement accuracy. For designs that prioritize deterministic timing and fewer parts, the device presents a clearer integration path and lower system-level cost than using separate ADCs, PWMs, and discrete controllers.

F280025CPTQR Brand Info

The F280025CPTQR is offered by Texas Instruments, a global semiconductor company known for analog and embedded processing solutions. TI positions this part inside its Piccolo line of real-time microcontrollers, emphasizing industrial-grade control functionality, broad ecosystem support, and long-term availability for volume production and engineering projects.

FAQ

What core does it use?

The device uses a C28x real-time CPU core optimized for control algorithms and deterministic instruction timing, which is common in Piccolo-class microcontrollers for motor and power applications.

How many ADC channels exist?

There are 16 ADC channels with 12-bit resolution, allowing multiple analog sensors or phase measurements to be sampled for robust control and monitoring across multi-phase systems.

What PWM capability is available?

The MCU includes three ePWM modules suitable for multi-phase motor drives and synchronized gate timing, enabling advanced modulation schemes and matched switching timing across channels.

Which package is supplied?

This part is available in a 64-pin LQFP package, providing a balance between I/O count and board footprint for industrial-grade PCB layouts and thermal considerations.

What temperature range is supported?

The specified operating range is -40 ??C to +85 ??C, matching common industrial requirements for reliability across varied ambient conditions and deployment environments.