TMS320F28379SZWTT Real-Time Digital Signal Controller MCU (Tape & Reel)

TMS320F28379SZWTT Overview

The referenced TMS320F28379SZWTT entry cannot be fully described because the product specification sheet was not supplied with this request. I will not invent electrical or mechanical data. To produce an accurate, actionable 1,000?C1,200 word product description for engineers and sourcing specialists, I need the original sheet or its exact contents. When the sheet is available I will extract package, memory, clock, peripheral counts, voltage ranges and thermal data, and deliver a production-ready description optimized for sourcing and design teams. For manufacturer lookup see IC Manufacturer.

TMS320F28379SZWTT Technical Specifications

TMS320F28379SZWTT Key Features

• Real-time control capability: exact control/performance figures require the original sheet to list clock and core details.
• Peripheral integration: expected to include timers, ADCs and PWMs??refer to the data sheet for counts and channel granularity.
• Robust design aspects such as thermal and voltage ratings influence reliability; those numeric limits must come from the supplied specification.
• Packaging and footprint details determine board-level integration and sourcing decisions; supply the sheet to extract pinout and package dimensions.

Typical Applications

• Industrial motor control systems requiring deterministic, high-bandwidth closed-loop control where exact sampling and PWM numbers are validated in the datasheet.
• Power conversion and UPS designs that need real-time measurement and fast control; component selection depends on the device’s ADC resolution and sample rates.
• Automated test and measurement equipment that benefit from on-chip timers and communications; precise protocol support must be confirmed against the official sheet.
• Embedded control nodes in factory automation where thermal, voltage and package specifications guide mechanical and thermal design choices for deployment.

TMS320F28379SZWTT Advantages vs Typical Alternatives

Without the supplied specification sheet it is not possible to list exact numerical advantages. In general, decisions between similar parts focus on clock frequency, memory size, peripheral counts, package density and thermal limits. Provide the original sheet so I can extract those numeric comparisons and craft an SEO-friendly advantages summary that cites concrete values for throughput, flash/RAM, I/O counts and package trade-offs versus competing devices.

TMS320F28379SZWTT Brand Info

Brand-specific information for this device is not present in the material supplied. Typically the TMS320 family is associated with an established semiconductor vendor whose product pages and datasheets provide definitive electrical, mechanical and software support documentation. Share the original sheet or a link to the vendor page and I will create a concise brand introduction aligned to procurement and engineering audiences.

FAQ

What is the core frequency?

The core frequency and timing characteristics are not listed in the provided material. To answer precisely I will extract the maximum operating frequency and related timing constraints directly from the product sheet once it is available.

How much flash and RAM does it include?

Flash and RAM sizes must be confirmed from the official specification sheet. Those memory figures determine code footprint, boot options and OTA update strategies and must be copied verbatim from the datasheet.

Which package does ZWTT denote?

Package identification and pin-count information are defined on the vendor sheet. I will provide package type, pin map and recommended footprint only after reviewing the supplier documentation you supply.

Is there an evaluation module or software support?

Evaluation kits, software libraries and peripheral examples are documented by the manufacturer. I can list available SDKs, reference designs and ePWM/ADC examples when the datasheet or product page is provided.

What are the absolute maximum ratings?

Absolute maximum and recommended operating conditions are critical for safe design. Those numeric limits must be quoted exactly from the product sheet; I will include supply voltage, junction temperature and thermal resistance values once the sheet is supplied.