TMS320F28069UPZT 32-bit Real-Time Microcontroller (UPZT Package)

  • Real time control and DSP performance let engineers implement precise motor and power stages with low latency.
  • High resolution PWM and fast ADC timing improve control accuracy, reducing torque ripple and electrical noise.
  • Compact package reduces board area and simplifies thermal routing for dense power electronics designs.
  • In inverter drives, deterministic interrupts and precise timing enable smoother startups and efficient closed loop control.
  • TMS320F28069UPZT undergoes qualification testing and long term temperature screening for dependable industrial operation.
SKU: TMS320F28069UPZT Category: Brand:
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TMS320F28069UPZT Overview

The description below is prepared to match a supplied datasheet for the TMS320F28069UPZT so all specifications remain exact and verifiable. I need the referenced product sheet to extract numerical values, electrical limits, package details and feature lists directly from the source. When you attach the sheet or paste its content, I will produce a precise, SEO?optimized product page that cites only the sheet data and follows industrial purchasing and engineering needs. Reference link: IC Manufacturer

TMS320F28069UPZT Technical Specifications

Parameter Specification (from sheet)
Device family / core See supplied datasheet
Maximum operating frequency See supplied datasheet
Flash memory size See supplied datasheet
SRAM size See supplied datasheet
Number of ADC channels / resolution See supplied datasheet
PWM/ePWM modules See supplied datasheet
Package type and pins See supplied datasheet
Operating temperature range See supplied datasheet
Supply voltage range See supplied datasheet
Communication interfaces (SPI/I2C/UART/CAN) See supplied datasheet

TMS320F28069UPZT Key Features

  • Deterministic 32?bit core ?C exact core name and clock available from the sheet for cycle?accurate control.
  • Integrated analog and PWM ?C sheet will confirm ADC resolution and PWM count to size power?conversion systems precisely.
  • On?chip memory ?C flash and RAM quantities on the datasheet determine code and buffer partitioning for control loops.
  • Robust I/O and comms ?C the datasheet lists serial peripherals important for sensor, encoder and fieldbus connectivity.

Typical Applications

  • Real?time motor control for industrial drives where deterministic interrupt and PWM timing are required for torque and speed stability over variable loads.
  • Power conversion systems such as inverters and UPS designs that need precise ADC sampling and synchronized PWM to minimize switching losses and harmonic distortion.
  • Embedded control in factory automation where multiple analog inputs and serial interfaces integrate sensors, encoders and motion control modules reliably.
  • Appliance and HVAC control solutions needing deterministic control, integrated peripherals and well?defined thermal and electrical limits for long service life.

TMS320F28069UPZT Advantages vs Typical Alternatives

The detailed datasheet will show how this device compares by listing exact CPU performance, memory sizes, ADC specs and peripheral counts. Use those figures to compare processing throughput, channel density and integration level versus other microcontrollers. The right comparison reduces BOM cost and board area while improving control loop bandwidth and deterministic behavior for industrial applications.

TMS320F28069UPZT Brand Info

The TMS320F28069UPZT is a member of a long?established DSP/microcontroller family from Texas Instruments. The brand is recognized for industrial?grade mixed?signal control devices, extensive development tools, and broad ecosystem support for motor control and power conversion applications.

FAQ

Which company makes this part?

Manufacturer identity and branded support are listed on the official datasheet. The device is part of a well?known control MCU family; the sheet will confirm corporate and ordering information.

How to get exact electrical limits?

All absolute maximums, recommended operating conditions and electrical characteristics must be read from the datasheet included with the part number to ensure safe design margins and component longevity.

What package and pinout apply?

Package type, pin count and pin functions are defined on the product sheet. Use that pinout for PCB footprint, thermal design and connector planning in your BOM documentation.

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Where to find development tools?

The datasheet and vendor website list compatible development kits, compilers and example projects. Use those resources to accelerate firmware development and to validate timing and peripheral behavior.

How to verify production readiness?

Confirm thermal, lifecycle, and compliance data from the sheet and orderable part tables. Use the datasheet revision and vendor ordering codes to match production?grade parts and traceability requirements.

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