F280025PTQR Real-Time Motor Control 32-bit Microcontroller (PTQR)

F280025PTQR Overview

The F280025PTQR is a real-time microcontroller designed for precise control tasks in industrial and motor-drive systems. It combines a 32-bit control core with integrated analog and power-peripheral functions to simplify system design and reduce external component count. The device targets applications that need deterministic performance, compact integration, and robust peripheral support. For procurement and detailed ordering, reference the manufacturer catalogue at IC Manufacturer.

F280025PTQR Technical Specifications

F280025PTQR Key Features

• Deterministic 32-bit control core ?? delivers consistent real-time execution for control loops and interrupts, improving timing accuracy.
• Integrated 12-bit ADC with multiple channels ?? enables higher-resolution sensor measurements and reduces need for external converters.
• Multiple ePWM modules ?? supports precise motor and power-stage waveform generation, lowering development time for drive systems.
• Standard serial interfaces (SPI/I2C/UART) ?? ease integration with sensors, encoders, and communications networks, simplifying system architecture.

Typical Applications

• Three-phase motor control and inverter drives requiring fast closed-loop response and integrated PWM generation for space-efficient designs.
• Power-conversion systems such as UPS and solar inverters where precise ADC sampling and PWM timing improve efficiency and regulation.
• Industrial automation controllers that need deterministic timing, multiple analog inputs, and standard serial connectivity for sensor networks.
• Embedded sensor hubs in factory equipment that consolidate analog acquisition, preprocessing, and communication functions in one MCU.

F280025PTQR Advantages vs Typical Alternatives

The device pairs a dedicated 32-bit control core with on-chip ADC and PWM, offering a more integrated solution compared with general-purpose microcontrollers that often need external converters and drivers. With multiple ePWM modules and 12-bit ADC channels, it can support higher channel counts and tighter control loops with fewer components. The combination of deterministic performance and standard serial interfaces reduces PCB area and BOM count while simplifying firmware integration for real-time industrial applications.

F280025PTQR Brand Info

The F280025PTQR is part of a well-established real-time microcontroller family from Texas Instruments. The brand emphasizes industrial-grade robustness, long-term availability, and comprehensive development tools tailored for motor control and power-conversion designs. Engineers benefit from reference designs, software libraries, and ecosystem support to accelerate time to market.

FAQ

What core does it use?

The MCU uses a 32-bit C28x control core optimized for deterministic real-time execution, suited to control loops and interrupt-driven tasks in embedded systems.

How many ADC channels are available?

The device provides multiple 12-bit ADC channels to acquire analog sensor signals with improved resolution, enabling accurate control and monitoring in power and motor applications.

Which PWM capability exists?

On-chip ePWM modules generate precise gate-drive timing for power stages and motors, reducing external gate-driver complexity and helping implement advanced modulation schemes.

What interfaces are supported?

Standard serial interfaces such as SPI, I2C, and UART are included to connect with sensors, memories, and communications peripherals for flexible system integration.

Is it suitable for industrial temperature?

The device is specified across a broad industrial temperature range, supporting deployment in factory and field environments where thermal resilience and reliability matter.