TMS320F28069FPZT 32-bit C2000 Real-Time MCU/DSP, FPZT Package

TMS320F28069FPZT Overview

The TMS320F28069FPZT is a real-time control microcontroller from the TMS320 family, designed for precision power and motor-control tasks. Detailed device-level specifications and exact numeric parameters are required to generate a fully accurate, spec-only product description. For sourcing and comparison tasks, this summary and any follow-on material will strictly reference the official product sheet. For further vendor and supply-chain context visit IC Manufacturer.

TMS320F28069FPZT Technical Specifications

TMS320F28069FPZT Key Features

• Single real-time control core for deterministic execution and predictable latency in control loops.
• Integrated power and motor-control peripherals that reduce external components and simplify board design for motor drives and power conversion.
• On-chip analog conversion to enable fast, direct sampling for closed-loop control and sensing without large external ADC subsystems.
• Flexible timer and PWM modules that support precise waveform generation and multi-channel synchronization for multi-motor or multi-phase systems.

Typical Applications

• High-performance motor drives where low-latency control loops and deterministic PWM timing maintain torque and speed under variable loads and fast transients.
• Digital power converters that require synchronized PWM, fast ADC sampling, and real-time control for efficient regulation and transient response.
• Industrial automation controllers that demand reliable deterministic processing for motion control, feedback loops, and safety interlocks across multiple axes.
• Embedded sensing systems that combine on-chip ADCs and control peripherals to reduce BOM and achieve compact, thermally stable designs in harsh industrial environments.

TMS320F28069FPZT Advantages vs Typical Alternatives

The device emphasizes deterministic, real-time control with tightly integrated analog and power peripherals, offering higher system integration than many generic microcontrollers. Compared with general-purpose MCUs, it provides more dedicated PWM and ADC resources useful for multi-phase motor and power designs. For engineers and sourcing specialists, the part aims to reduce external components and PCB complexity while delivering the control-oriented peripheral set necessary for reliable industrial-grade designs.

TMS320F28069FPZT Brand Info

The TMS320 series is manufactured by Texas Instruments, a global supplier of analog and embedded processing semiconductors. This part follows TI??s C2000 real-time control lineage and is positioned for precision control, power conversion, and motor-drive applications requiring integrated control peripherals and industrial reliability.

FAQ

What core architecture does this part use?

The specific core architecture and its clocking are defined in the official product documentation. Refer to the official datasheet for exact core name, instruction set details, and frequency limits before final design decisions.

What package options exist for this part?

Package types and pin counts are listed on the manufacturer??s product page and datasheet. Use the official packaging table to confirm mechanical dimensions, thermal data, and recommended PCB footprint.

How many ADC channels and what resolution?

ADC channel count and resolution are device-specific and provided in the datasheet. Confirm channel multiplexing, sample rates, and input ranges in the official documentation for accurate system-level analog design.

Is this device suitable for motor control?

Yes; the TMS320 product line targets motor and power control tasks. Use the datasheet to verify the available PWM modules, synchronization features, and ADC timing needed for your specific motor topology.

Where can I get the official datasheet and ordering codes?

Ordering codes, lifecycle status, and the full datasheet are published on the Texas Instruments product page and official distributor listings. Consult those sources for certified specifications, compliance data, and availability.