TMS320F28030PAGQ 32-bit C28x Real-Time Microcontroller, PAGQ Package

  • Real-time control processing for embedded systems, enabling precise timing predictability.
  • Optimized numeric performance reduces loop latency, improving control responsiveness throughput.
  • Compact package saves board space, enabling denser layouts simplified routing.
  • In motor-drive systems the TMS320F28030PAGQ accelerates control loops, improving stability.
  • Quality controls and test coverage reduce failures, ensuring predictable uptime.
SKU: TMS320F28030PAGQ Category: Brand:
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产品上方询盘

TMS320F28030PAGQ Overview

The TMS320F28030PAGQ is a real-time control microcontroller designed for precise motor and power-conversion systems. It combines a single 32?bit C28x core with integrated peripheral blocks for fast analog capture and flexible pulse-width modulation. The device targets applications that need tighter control loops, lower latency, and deterministic timing. For packaged part and supplier details visit IC Manufacturer.

TMS320F28030PAGQ Technical Specifications

Core 1 ?? C28x 32-bit
Maximum CPU Frequency 60 MHz
Flash Memory 128 KB
SRAM 20 KB
ADC Resolution 12-bit
ADC Channels Up to 16 channels
PWM Outputs 6 channels (ePWM modules)
Timers 3 general-purpose timers
Operating Voltage 3.3 V nominal
Package 64-pin LQFP (PAGQ)

TMS320F28030PAGQ Key Features

  • Single 32?bit C28x core delivers deterministic control and low interrupt latency for fast control loops.
  • On-chip 12?bit ADC with multiple channels enables accurate analog sensing for real-time feedback, improving control precision.
  • Integrated ePWM modules provide synchronized PWM outputs for motor drive and power conversion, reducing external component count.
  • Embedded memory (Flash and SRAM) supports compact firmware and on-device data buffers for robust field operation.

Typical Applications

  • Brushless DC and permanent magnet motor drive controllers where deterministic torque and speed control require tight timing and phase?aligned PWM signals.
  • High-efficiency power inverters and solar microinverters that need precise ADC sampling and synchronized PWM for efficient energy conversion.
  • Industrial motor control and servo systems that demand low-latency control loops and reliable on-chip peripherals to reduce board complexity.
  • Embedded digital power supplies and battery-management systems that rely on accurate analog measurement and fast closed-loop response for safety and efficiency.

TMS320F28030PAGQ Advantages vs Typical Alternatives

The device blends a focused set of real-time peripherals with a single 32?bit C28x core. Compared to general-purpose microcontrollers, it provides more deterministic timing and tighter integration of ADC and PWM, which reduces external parts and board area. Compared to higher?end multi?core controllers, it offers lower system cost and simpler software development while still enabling sub-millisecond control loops. The on-chip memory and peripherals make it suitable for mid-range motor and power designs that need both performance and compact BOMs.

TMS320F28030PAGQ Brand Info

The TMS320F28030PAGQ is produced by Texas Instruments, a global semiconductor manufacturer known for analog and embedded processing solutions. TI??s C2000 series focuses on real-time control and power management, offering toolchains, reference designs, and ecosystem support for motor control and digital power applications.

FAQ

What core architecture does it use?

The device uses a single 32?bit C28x core. This architecture is optimized for deterministic integer math and real?time control tasks common in motor and power systems.

Does it include analog inputs?

Yes. It includes a 12?bit ADC with multiple channels. The ADC supports fast sampling for real?time feedback and control of analog sensors and power stages.

How many PWM outputs are available?

There are six PWM channels provided by the ePWM modules. These support synchronized timing for multi?phase drives and flexible dead?time control for power converters.

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产品中间询盘

What memory is on?chip?

The device includes on?chip Flash and SRAM. This combination supports firmware storage and runtime buffers for control algorithms and data acquisition.

Which markets is it aimed at?

It targets motor control, industrial drives, digital power, and embedded power-conversion systems where deterministic response, PWM fidelity, and accurate ADCs are required.

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