TMS320F28069FPNT Overview
The TMS320F28069FPNT is a high-performance 32-bit microcontroller family member designed for real-time control and industrial motor-drive tasks. To ensure accuracy, this description is prepared to extract every numeric and functional detail directly from the product sheet you supply. Once the official sheet is attached, I will populate exact clock rates, memory sizes, peripheral counts, and package data for direct comparison with alternatives. For sourcing and vendor context, visit IC Manufacturer.
TMS320F28069FPNT Technical Specifications
| Parameter | Value (from sheet) |
|---|---|
| Core (CPU) | Refer to supplied product sheet |
| Max CPU frequency | Refer to supplied product sheet |
| Flash memory | Refer to supplied product sheet |
| SRAM / RAM | Refer to supplied product sheet |
| GPIO count | Refer to supplied product sheet |
| PWM channels | Refer to supplied product sheet |
| ADC resolution / channels | Refer to supplied product sheet |
| Communication interfaces (UART / SPI / I2C / CAN) | Refer to supplied product sheet |
| Operating voltage | Refer to supplied product sheet |
| Package / pins | Refer to supplied product sheet |
TMS320F28069FPNT Key Features
- Single-core 32-bit real-time controller capability delivering deterministic control for motor and power-conversion systems.
- High-resolution PWM outputs for precise motor waveform shaping, which matters for efficiency and torque ripple reduction.
- Integrated analog peripherals such as ADCs to reduce external component count and improve measurement latency and system reliability.
- Rich communication interface integration to support multi-node control and diagnostics without large external interface ICs.
Typical Applications
- Three-phase motor control for industrial drives and robotics, where tight real-time loop timing and reliable PWM generation are required for torque control and efficiency optimization.
- Power conversion systems such as renewable inverters and UPS units that need precise ADC sampling and high-resolution PWM to maximize conversion efficiency and thermal performance.
- Digital power supplies and LED drivers that demand deterministic control loops, integrated analog measurement, and compact BOM to reduce cost and footprint in industrial assemblies.
- Automated test equipment and motion control platforms requiring synchronized timers, multiple communications channels, and consistent deterministic processing for repeatable test results.
TMS320F28069FPNT Advantages vs Typical Alternatives
The device offers tighter integration of control peripherals compared with generic microcontrollers, providing fewer external components and predictable real-time performance. When compared numerically against basic 32-bit MCUs, this family emphasizes deterministic interrupt latency and dedicated PWM/ADC resources, which reduce system design complexity and improve control-loop stability. For sourcing, the part??s package and pin-count options help balance board density against thermal and routing constraints.
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TMS320F28069FPNT Brand Info
The TMS320F28069FPNT is part of Texas Instruments?? real-time microcontroller portfolio. Texas Instruments supplies semiconductor solutions for industrial control and power electronics. This brand focuses on long-term availability, extensive application notes, and software support for motor control and power conversion engineers.
FAQ
What package options exist?
Package and pin-count details are listed on the official product sheet. Those details determine PCB layout, thermal performance, and available GPIO counts for your design.
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How to confirm memory sizes?
Memory sizes for flash and RAM must be read from the datasheet. Flash and SRAM numbers define code capacity and run-time buffer allocations for control algorithms.
Which peripherals are built in?
Peripheral details??timers, ADCs, PWMs, and communications??are documented in the sheet. Those peripherals drive system integration and can eliminate external chips in many designs.
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Is development software available?
Development toolchain and example code availability are shown by the manufacturer. Look for reference designs and software libraries to accelerate motor-control and power-conversion development.
How to get exact electrical limits?
Absolute maximum ratings, operating voltages, and temperature ranges are only authoritative in the product sheet. Use those numbers for thermal and reliability calculations in design and sourcing.




