F280023CPNSR Real-Time Control MCU CPNSR Package

F280023CPNSR Overview

F280023CPNSR is a C2000 real?time microcontroller optimized for control and power conversion tasks. It combines a single 32?bit C28x CPU core with integrated analog and power?control peripherals for compact motor drives, digital power supplies, and industrial automation. The device is designed for tight BOM and PCB area constraints while keeping deterministic interrupt and PWM timing. For sourcing and additional ordering details, visit IC Manufacturer.

F280023CPNSR Technical Specifications

F280023CPNSR Key Features

• Deterministic 32?bit C28x core ?C Delivers real?time control with cycle?accurate execution for precision PWM and interrupt handling.
• Integrated 12?bit ADC ?C Provides multiple fast ADC channels to reduce external components and improve measurement latency in control loops.
• On?chip Flash and SRAM ?C 32 KB Flash and 8 KB SRAM enable compact firmware and local buffering without external memory.
• Multiple PWM modules ?C Built?in ePWM blocks simplify motor and power?stage waveform generation and synchronization.
• Low?voltage 3.3 V operation ?C Easier integration with modern logic and gate drivers while keeping power rails simple.
• Industrial temperature rating ?C ?40 ??C to +85 ??C supports wider deployment in factory and field environments.

Typical Applications

• Motor control systems requiring precise, deterministic PWM and feedback sampling for BLDC, PMSM, or brushed motor drives in compact inverter designs.
• Digital power supplies and converters that need fast ADC sampling and synchronized PWM to optimize efficiency and transient response.
• Industrial automation controllers where real?time control, small PCB footprint, and integrated analog peripherals reduce system cost.
• Embedded sensing and control modules that demand a single?chip solution for signal acquisition, real?time computation, and actuator drive.

F280023CPNSR Advantages vs Typical Alternatives

The device offers a compact, integrated option compared with multi?chip designs. With a single 32?bit C28x core plus on?chip Flash, SRAM, multiple ADC channels, and ePWM modules, it reduces parts count and PCB area versus discrete MCU + ADC + PWM controllers. Its deterministic control performance and industrial temperature rating make it preferable where timing accuracy and environmental robustness matter. The 3.3 V operation also eases interface with contemporary sensors and gate drivers.

F280023CPNSR Brand Info

The part is produced by Texas Instruments, a leading supplier of mixed?signal and embedded processing semiconductors. This device aligns with TI??s C2000 real?time control portfolio, designed for power electronics and motor control. Engineers choose these MCUs for predictable control loops, broad ecosystem support, and long?term availability.

FAQ

What core does it use?

The MCU uses a single 32?bit C28x core optimized for real?time control tasks. This core provides deterministic instruction timing suited to precise PWM and interrupt handling in control applications.

How much on?chip memory is available?

On?chip memory includes 32 KB of Flash for program storage and 8 KB of SRAM for data and runtime buffers. These sizes support compact control firmware without external memory in typical designs.

What analog capabilities are included?

The device integrates a 12?bit ADC with multiple channels for direct measurement of currents and voltages. On?chip ADCs reduce BOM and measurement latency compared with external converters.

Is it suitable for motor drives?

Yes. The combination of deterministic CPU timing, multiple ePWM modules, and fast ADC inputs makes it well suited for motor control topologies such as BLDC and PMSM in space?constrained systems.

What operating temperatures does it support?

The device is rated for industrial operation from ?40 ??C to +85 ??C, allowing deployment in typical factory and field environments without additional thermal qualification.