F280049CPZQR 32-bit Real-Time MCU (CPZ package)

F280049CPZQR Overview

The F280049CPZQR is a real-time microcontroller optimized for industrial motor control and power-conversion systems. It combines a 32?bit control core with dedicated peripherals for precise pulse-width modulation, analog conversion and system timing. The device targets applications that need faster control loops, lower latency and tighter integration versus discrete solutions. Purchase and technical resources are available through IC Manufacturer.

F280049CPZQR Technical Specifications

F280049CPZQR Key Features

• High?performance 32?bit core ?? Enables tighter control loops and faster interrupt response for real?time control applications.
• Integrated analog and PWM ?? On?chip ADCs plus multi?channel PWMs reduce external components and lower BOM cost.
• On?chip Flash and SRAM ?? Sufficient nonvolatile and working memory for complex motor control algorithms without external memory.
• Industrial temperature range ?? Rated for extended ambient use to improve reliability in factory and field equipment.

Typical Applications

• Three?phase motor drives and variable frequency drives where deterministic timing and sub?microsecond PWM control improve torque and efficiency.
• Power inverters and solar string inverters that require precise ADC sampling and synchronized PWM to maximize energy conversion and reduce harmonics.
• Industrial automation controllers and distributed motion systems that need multiple, fast control loops and tight synchronisation across channels.
• Battery management and DC?DC converter systems where integrated analog front?end and real?time control reduce component count and increase system reliability.

F280049CPZQR Advantages vs Typical Alternatives

The device offers a higher integration level than many discrete controller designs. With a 32?bit control core and on?chip Flash plus SRAM, it eliminates the need for external memory in most applications. Its combined ADC and PWM peripherals deliver lower latency and tighter synchronization compared with general?purpose MCUs. For systems that need faster loop rates, the device??s clock and peripheral architecture provide shorter interrupt and execution times, resulting in improved control precision and reduced EMI from cleaner switching waveforms.

F280049CPZQR Brand Info

The F280049CPZQR is produced by Texas Instruments, a leading supplier of analog and embedded processing solutions. TI??s C2000? portfolio focuses on real?time control for motor drives, power conversion and industrial automation. The part aligns with TI??s emphasis on deterministic performance and broad development ecosystem for rapid engineering adoption.

FAQ

What core architecture does it use?

The device uses a 32?bit C28x control core optimized for deterministic, low?latency real?time control. This architecture is common in power and motor control designs.

How much on?chip memory is available?

On?chip nonvolatile Flash and SRAM are included to host application code and runtime data. That integration reduces the need for external memory in typical control applications.

Which peripherals support power conversion?

Multi?channel PWM units and high?resolution ADCs are provided to sample currents and voltages and to drive switching stages with tight timing synchronization.

Is the package suitable for automated assembly?

Yes, the CPZ package with QR tape?and?reel suffix is intended for automated pick?and?place and volume production workflows common in industrial electronics manufacturing.

What temperature range is supported?

The part is rated for industrial ambient operation from -40 ??C to 85 ??C, which suits embedded systems deployed in factory floors and outdoor enclosures.