Texas Instruments Embedded Processors

About Embedded Processors

Texas Instruments embedded processors include microcontrollers, DSPs, and ARM-based processors for real-time control, signal processing, and IoT applications. C2000, MSP430, and Tiva C series provide scalable solutions from ultra-low-power to high-performance computing.

As an authorized distributor of Texas Instruments, BeiLuo provides a comprehensive range of Embedded Processors products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right Embedded Processors

Product List

1 products available

Part Number ↕	Core ↕	Clock Speed ↕	Flash/FRAM ↕	SRAM ↕	GPIO ↕	Package ↕	Stock Status	Action
MSP430FR5969	MSP430 16-bit	Up to 16MHz	64KB FRAM	2KB	32 pins	VQFN-40	In Stock	View Details

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Frequently Asked Questions

How do I choose between MSP430 and C2000 microcontrollers?

MSP430 is optimized for ultra-low-power applications with active currents as low as 100µA/MHz and standby currents in the nA range. It's ideal for battery-powered IoT sensors and wearable devices. C2000 is designed for real-time control with high-performance PWM, fast ADC sampling, and DSP capabilities. Choose MSP430 for power-sensitive applications requiring long battery life. Choose C2000 for motor control, digital power, and applications requiring deterministic real-time response.

Select MSP430 for ultra-low-power, C2000 for real-time control applications.

What development tools are available for TI processors?

TI provides comprehensive development tools: Code Composer Studio (CCS) is the full-featured IDE with debugging and profiling capabilities. Energia offers an Arduino-compatible development environment for rapid prototyping. TI Resource Explorer provides example code and documentation. For C2000, ControlSUITE includes extensive motor control libraries. Most development kits include onboard debuggers eliminating the need for external JTAG tools.

Use CCS for professional development, Energia for rapid prototyping.

How do I estimate power consumption for battery-powered designs?

Power estimation involves calculating active, sleep, and peripheral currents. Use the formula: Total Power = (Active Current × Active Time) + (Sleep Current × Sleep Time) + Peripheral Currents. TI provides Power Estimation Tools and online calculators. For MSP430, use EnergyTrace technology for real-time power profiling. Consider duty cycling - keeping the processor in sleep mode maximizes battery life. Always include margin for temperature variations and aging.

Use TI power calculators and EnergyTrace for accurate power estimation.

What is the difference between DSP and general-purpose microcontrollers?

DSPs (Digital Signal Processors) feature specialized hardware for mathematical operations like MAC (Multiply-Accumulate), circular buffering, and SIMD instructions optimized for signal processing. General-purpose MCUs focus on control tasks with flexible peripherals. C2000 combines both - it has DSP capabilities for real-time control while maintaining microcontroller ease-of-use. Choose DSPs for audio processing, communications, and complex algorithms. Choose MCUs for control-oriented applications.

Use DSPs for signal processing, MCUs for control applications. C2000 offers both capabilities.

How do I select the right clock speed for my application?

Clock speed selection balances performance and power consumption. Higher clock speeds enable faster processing but increase power consumption and EMI. Calculate the minimum required MIPS (Million Instructions Per Second) for your application. Consider peripheral requirements - some peripherals need specific clock frequencies. Use the lowest clock speed that meets performance requirements. Many TI processors support dynamic clock scaling to optimize power.

Select the lowest clock speed meeting performance requirements. Consider dynamic clock scaling.