F280041PZS 32-bit Real-Time Microcontroller (PZS Package)

F280041PZS Overview

The F280041PZS is a high-performance microcontroller in the C2000 family designed for real-time control. It integrates a single 32-bit control core with on-chip analog and motion peripherals to handle precise motor and power applications. The device combines fast deterministic execution with multiple PWM and ADC resources for closed-loop control. It suits designers who need compact integration and predictable performance for embedded control systems. For product, purchasing, and distributor details see IC Manufacturer.

F280041PZS Technical Specifications

F280041PZS Key Features

• Deterministic 32-bit C28x core ?? enables precise control loops and consistent interrupt latency for real-time motor and power stages.
• Multiple high-resolution ADCs ?? supports accurate current and voltage sensing for closed-loop regulation and safety monitoring.
• Multi-channel PWM generation ?? simplifies multi-phase motor drive and converter gating with synchronized outputs and dead-time control.
• Integrated capture and encoder support ?? eases position and speed feedback integration for motion control systems.
• On-chip Flash and SRAM ?? allow compact firmware storage and fast data access for algorithm execution without external memory.
• Industry-standard comms ?? SPI, I2C, and UART provide flexible interfacing to sensors, gate drivers, and host MCUs.

Typical Applications

• Three-phase motor drives and motor control boards where precise PWM timing and multiple ADC channels are required for current sensing and torque control.
• DC?CDC and AC?CDC power conversion systems that need fast analog sampling and deterministic control loops for high-efficiency regulation and transient response.
• Industrial motion controllers that combine position feedback, encoder inputs, and PWM outputs for synchronized multi-axis control in compact designs.
• Embedded sensor hubs and power management modules requiring integrated flash, SRAM, and standard interfaces for system monitoring and telemetry.

F280041PZS Advantages vs Typical Alternatives

The device balances compute and peripheral integration to reduce board count compared with discrete MCU plus analog front-end solutions. With a dedicated 32-bit control core and multiple ePWM and ADC resources, it offers more direct control channels than many general-purpose microcontrollers. On-chip Flash and SRAM support compact firmware and faster startup versus external-memory designs. The integrated capture and encoder modules further lower BOM and ease software integration for motion systems.

F280041PZS Brand Info

The part is a member of the C2000 real-time microcontroller family from Texas Instruments. The family emphasizes deterministic control performance for motor drives, digital power, and industrial automation. This model targets designers who need integrated analog and motion peripherals plus established development tools.

FAQ

What core architecture does it use?

The device uses a single 32-bit C28x control core designed for deterministic execution in real-time control tasks. This core prioritizes interrupt latency and predictable loop timing for motor and power applications.

How many ADC inputs are available?

On-chip ADC resources provide multiple 12-bit channels suitable for current and voltage sensing. The architecture supports simultaneous sampling strategies for accurate closed-loop measurement.

Which PWM resources exist?

Multiple ePWM modules are included to generate synchronized multi-channel gate signals. These modules support dead-time insertion and high-resolution timing for multi-phase drive topologies.

What interfaces are supported for peripherals?

Standard peripheral interfaces such as SPI, I2C, and UART are available for sensor, driver, and host connections. These enable common board-level communication without extra interface chips.

Is it suitable for industrial temperature ranges?

Yes. The device is specified for industrial operation, covering a typical range from -40 ??C to +85 ??C, making it suitable for many embedded control systems in harsh environments.