F280023PTSR 32-bit Microcontroller (MCU) PTSR Package

F280023PTSR Overview

The F280023PTSR is a real-time microcontroller focused on control and power-conversion tasks. It combines a 32-bit control core with mixed-signal peripherals for fast analog sampling and deterministic PWM generation. Designers gain a compact, low-pin-count package that targets smaller AC/DC inverters, motor drives, and embedded power supplies. For procurement and detailed ordering, refer to IC Manufacturer for authorized part numbers and packaging options.

F280023PTSR Technical Specifications

F280023PTSR Key Features

• Deterministic 32-bit control core ?? delivers predictable ISR timing and faster control loop response compared with 8/16-bit controllers.
• High-resolution analog front end ?? 12-bit ADC sampling enables more accurate current and voltage measurements for tighter closed-loop control.
• Integrated PWM modules ?? support for complementary outputs and deadband insertion reduces external gate-driver complexity and board area.
• Compact VQFN package ?? smaller footprint than typical 64-pin MCUs, enabling simpler, cost-effective PCB designs for space-constrained systems.

Typical Applications

• Motor control in compact drives where precise torque and speed regulation require a fast 32-bit control core and accurate ADC measurements over multiple channels.
• Switched-mode power supplies and isolated DC/DC converters that need deterministic PWM timing, fast analog sampling, and a small board footprint for consumer and industrial power systems.
• Solar microinverters and battery-management sub-systems where mixed-signal integration helps reduce component count and improve measurement accuracy for current and voltage sensing.
• Embedded industrial controllers for HVAC and lighting systems that benefit from integrated communication interfaces and deterministic control for energy-efficient operation.

F280023PTSR Advantages vs Typical Alternatives

The device offers a higher level of integration and real-time determinism compared with 8-bit or 16-bit microcontrollers. It provides more CPU performance and tighter ADC resolution than many basic MCUs, while occupying fewer PCB pins and less board area than larger multi-pin alternatives. For applications needing both precise analog measurement and robust PWM control, it reduces external component count and improves system reliability through integrated peripherals and a compact VQFN package.

F280023PTSR Brand Info

The F280023PTSR is part of Texas Instruments?? C2000 family of real-time microcontrollers. TI positions this line for industrial and power-conversion designs, emphasizing deterministic control, integrated mixed-signal peripherals, and a broad ecosystem of development tools and reference kits for faster time-to-market.

FAQ

What core does this MCU use?

The part uses a 32-bit C28x control core designed for deterministic real-time performance. The core targets control algorithms and executes interrupts with predictable latency for servo and power applications.

What is the maximum operating frequency?

The maximum core clock documented for this device is 50 MHz. This frequency balances processing throughput with power consumption for embedded control loops and signal processing tasks.

Which analog and PWM capabilities exist?

The device integrates 12-bit ADCs and multiple PWM modules capable of complementary outputs and deadband insertion. These peripherals let designers implement precise sensing and efficient gate-drive control without many external chips.

What supply voltage range should be used?

Designs should use a nominal supply within the specified range of 3.0 V to 3.6 V. Proper decoupling and regulation are recommended to maintain ADC accuracy and deterministic operation under load transients.

Where is this MCU best applied?

It is best for compact power-conversion systems, motor drives, and embedded controllers where small PCB area, accurate analog measurement, and deterministic PWM control are required.