TMS320F28374SPTPT Overview
The TMS320F28374SPTPT is a C2000 real-time control device family member designed for precision power conversion and advanced motor control tasks. To deliver an exact, specification-driven product description based strictly on the official product sheet, I need the sheet contents or a link to the datasheet. Once provided, I will produce a detailed, comparison-rich description with numerical specs, concrete feature benefits, and sourcing guidance anchored for procurement teams. For general vendor reference see IC Manufacturer.
TMS320F28374SPTPT Technical Specifications
| Parameter | Value (from product sheet) |
|---|---|
| Core architecture | Refer to supplied product sheet |
| Maximum CPU frequency | Refer to supplied product sheet |
| On-chip flash memory | Refer to supplied product sheet |
| On-chip RAM | Refer to supplied product sheet |
| ADC resolution / channels | Refer to supplied product sheet |
| PWM modules / channels | Refer to supplied product sheet |
| Package / pin count | Refer to supplied product sheet |
| Operating temperature range | Refer to supplied product sheet |
| Supply voltage range | Refer to supplied product sheet |
| Communication interfaces (e.g., SPI, I2C, CAN) | Refer to supplied product sheet |
TMS320F28374SPTPT Key Features
- Deterministic real-time control ?? precise interrupt and peripheral timing for closed-loop power and motor systems when implemented per sheet details.
- Integrated ADC and PWM ?? on-chip analog and PWM subsystems reduce board-level components and simplify control loops, lowering BOM and design complexity.
- Peripheral integration ?? built-in communications and capture/qep features enable tighter system integration and fewer external chips, improving reliability.
- Scalability ?? device-level options and pin-compatible variants (see sheet) help scale designs across performance and cost points without major redesigns.
Typical Applications
- Three-phase motor control systems where deterministic PWM and fast ADC sampling are used to implement advanced field-oriented control for higher efficiency and torque density.
- Grid-tied power inverters and renewable energy converters requiring precise real-time control, fast current sensing, and synchronous switching for higher total harmonic performance.
- Industrial drives and servo systems that need integrated timers, encoder interfaces, and low-latency sensor feedback to improve position and speed accuracy in automation lines.
- Power supplies and UPS systems where tight regulation, rapid transient response, and protection logic depend on on-chip analog resources and robust interrupt handling.
TMS320F28374SPTPT Advantages vs Typical Alternatives
This device emphasizes high integration and real-time determinism compared with general-purpose MCUs. When evaluated against typical alternatives, it reduces external component count by combining ADCs, PWMs, and motion/communication peripherals on-chip, lowering PCB area and system cost. The architecture is optimized for control-loop latency and predictable interrupt behavior, which matters more in motor control and power conversion than raw throughput alone. Use the official product sheet to compare exact memory, I/O counts, and frequency numbers for objective selection between family members and competing controllers.
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TMS320F28374SPTPT Brand Info
The TMS320F28374SPTPT belongs to Texas Instruments?? C2000 real-time microcontroller portfolio. TI designs this family for demanding motor control, digital power, and industrial automation systems. The brand emphasizes deterministic control, integrated peripherals, and broad toolchain support for software development and tuning in production systems.
FAQ
Where can I find the official datasheet?
Locate the official datasheet on the manufacturer website or your authorized distributor portal. The datasheet provides validated electrical characteristics, package drawings, timing diagrams, and ordering codes needed for design and sourcing decisions.
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Which development tools support this device?
Development toolchain support is provided by the device vendor and typically includes IDEs, compilers, libraries, and reference examples for motor and power control. Confirm exact tool versions and supported features in the product documentation.
How do I compare similar devices in the family?
Compare on documented parameters such as CPU frequency, flash/RAM sizes, ADC resolution and sample rate, PWM count, and package pinout. Use the product sheet??s tabulated specifications for direct numerical comparisons across variants.
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What ordering information is required?
Ordering requires the full part number including package and tape/reel suffixes. The product sheet lists package codes, temperature grades, and ordering options for single-piece and reel quantities, plus any shipping or lead-time notes.
Can this device meet industrial temperature ranges?
Check the product sheet??s electrical and environmental sections for guaranteed operating temperature and storage limits. Confirm the grade (commercial, industrial, or extended) and thermal specifications for your application.