TMS320F28062FPZT 32-bit Real-Time Control Microcontroller (C2000)

TMS320F28062FPZT Overview

The TMS320F28062FPZT is a performance-focused microcontroller from Texas Instruments?? C2000 family, built for real-time control in power electronics and motor drives. It features a 32-bit C28x core with a high system clock, integrated 12-bit analog conversion, flexible pulse-width modulation and multiple communication peripherals. The device targets compact, cost-sensitive designs that need deterministic control and quicker response times. For sourcing and additional manufacturer resources, see IC Manufacturer.

TMS320F28062FPZT Technical Specifications

TMS320F28062FPZT Key Features

• Single 32-bit C28x core enables fast deterministic control loops with precise timing, improving system stability.
• High CPU clock gives faster interrupt response and higher control update rates for motor and power applications.
• Integrated 12-bit ADC supports multiple channels for accurate sensing, lowering BOM by reducing external converters.
• Multiple ePWM modules provide flexible waveform generation for multi-phase inverters and advanced gate-drive timing.
• On-chip Flash and SRAM simplify firmware deployment and reduce external memory needs for compact designs.
• Standard 3.3 V I/O eases interface to modern sensors and communication transceivers without level shifting.
• 100-pin LQFP package balances high pin count and board area for industrial-grade connector and power routing.

Typical Applications

• Three-phase motor control systems where deterministic PWM timing and multiple ADC channels deliver precise torque and speed regulation over varied loads.
• Power-conversion units such as inverters and UPSs that require tight real-time control loops and fast ADC sampling to improve efficiency and reliability.
• Industrial automation nodes that combine PWM outputs, analog sensing and robust communication for motion control and closed-loop feedback tasks.
• Embedded energy management controllers that monitor multiple analog inputs and apply responsive control to converters, improving system-level energy performance.

TMS320F28062FPZT Advantages vs Typical Alternatives

The device combines a dedicated 32-bit control core and a higher clock rate with integrated analog and PWM peripherals, offering more deterministic control than generic microcontrollers. Compared with typical 8-bit or 16-bit MCU alternatives, it provides faster loop update rates, higher-resolution sensing and more PWM channels, which reduces external components and board complexity. Its LQFP-100 package gives more I/O density versus smaller packages, enabling richer system integration for industrial motor and power designs.

TMS320F28062FPZT Brand Info

The TMS320F28062FPZT is part of Texas Instruments?? C2000 real-time MCU family. Texas Instruments is a global semiconductor company known for analog and embedded processing products. This part aligns with TI??s focus on deterministic control solutions for power electronics and motor control markets.

FAQ

What core architecture does it use?

It uses a 32-bit C28x core purpose-built for real-time control. That architecture delivers deterministic instruction timing, which is critical for precise PWM and interrupt-driven control tasks.

How many ADC channels are available?

The device integrates a 12-bit ADC with multiple multiplexed channels, enabling simultaneous sensing of currents and voltages. This reduces the need for external ADCs in measurement-heavy applications.

Which package should I expect for board layout?

The TMS320F28062FPZT ships in a 100-pin LQFP package. The package offers a higher pin count for PWM, ADC and communication lines while remaining practical for compact PCB layouts.

Is it suitable for industrial temperatures?

This device supports a wide operating temperature range suitable for most industrial environments, ensuring reliable control in factory and harsh ambient conditions without additional thermal derating.

What peripherals support motor control?

On-chip peripherals include multiple ePWM modules, a 12-bit ADC and standard timers. These enable synchronized sensing and high-resolution PWM generation for multi-phase motor control and power conversion.