company blog about Recycle TI MCUs:Automotive MCU,General-Purpose MCU,Low-power MCU,Sensing MCU

Recycle TI MCUs:Automotive MCU,General-Purpose MCU,Low-power MCU,Sensing MCU

Shenzhen Mingjiada Electronics Co., Ltd., a leading company in the electronic component recycling industry, specialises in the recycling of all types of electronic components. We provide efficient inventory disposal solutions that comply with global standards, helping customers to quickly recover funds and optimise warehouse management.

Recycling Process

Submit Information: Provide details of the Lattice evaluation boards to be recycled via email or telephone, including model number, quantity, condition and photographs.

Accurate Quotation: Our professional team typically completes the assessment and provides a competitive quotation within 12–24 hours.

Secure Handling: We offer a free nationwide collection service covering multiple cities, or arrange globally insured shipping via logistics providers such as DHL, UPS and SF Express to ensure the safe transport of goods.

Inspection and Payment: This is Mingjiada’s core commitment. Once the goods have passed inspection, we guarantee full payment within 24 hours, offering various settlement methods including wire transfer and cash – far exceeding the industry average payment cycle.

I. TI Automotive MCUs: Automotive-grade reliability, empowering smart vehicle upgrades

TI automotive MCUs are specifically designed for the demanding automotive environment, strictly adhering to the AEC-Q100 automotive standard. They feature high immunity to interference, wide temperature tolerance and functional safety compliance, covering all scenarios including automotive powertrain systems, body control and lighting systems. They serve as the core support for the electrification, connectivity and intelligent transformation of smart vehicles. Currently, TI’s automotive MCU portfolio comprises 137 products, covering a variety of core architectures and performance specifications to meet the requirements of automotive applications at different levels.

Key Features

- Functional Safety Compliance: Most products comply with functional safety standards, with certain models supporting ASIL-D levels. They incorporate Lockstep redundancy design to ensure the reliability of vehicle control; for example, the F29H859TU-Q1 features a triple-core Lockstep design, suitable for high safety level requirements.

- Wide temperature range and immunity to interference: The operating temperature range spans -40°C to 125°C, with the ability to withstand voltage fluctuations and electromagnetic interference in automotive electrical systems; some products feature 5V-tolerant I/Os, enhancing environmental adaptability.

- Extensive peripheral integration: Integrated automotive-specific bus interfaces such as CAN-FD and LIN, as well as analogue peripherals including ADCs, DACs and comparators. Some models incorporate hardware encryption modules (AES/DES/SHA/MD5) to ensure data security.

- Flexible performance tiers: Ranging from entry-level models at 32 MHz to high-performance dual-core models at 400 MHz, with flash memory capacities varying from 64 KB to 4 MB, these devices can meet the performance requirements of diverse automotive applications.

Representative Models and Applications

- AM263P2-Q1: A 400MHz dual-core Arm® Cortex®-R5F MCU with expandable memory and a rich array of peripherals. Suitable for automotive powertrain, zone and chassis control, it supports multiple interfaces including CAN, CAN FD and Ethernet, making it the preferred choice for high-performance vehicle control applications.

- MSPM0G3529-Q1: An 80MHz Arm® Cortex®-M0+ MCU with 512kB of flash memory and 128kB of SRAM. It integrates two CAN-FD interfaces and multiple analogue peripherals, making it suitable for automotive body and lighting control applications, offering outstanding value for money.

- TMS320F28P559SG-Q1: A 150MHz 32-bit C2000™ MCU featuring a C28x+CLA core, integrated NPU and InstaSPIN-FOC technology. Suitable for applications such as automotive motor control, it balances real-time performance with control precision.

- MSPM0C1106-Q1: A 32MHz entry-level model with 64KB of flash memory and 8KB of SRAM, featuring an integrated LIN interface and 12-bit ADC. Suitable for low-cost automotive body control applications, with a unit price as low as $0.54 per 1,000 units.

II. TI General-Purpose MCUs: Cost-effective and versatile, accelerating product deployment

TI’s general-purpose MCUs offer “universal applicability, cost-effectiveness and ease of development” as their core advantages. They cover a full range of 8-bit, 16-bit and 32-bit products, with architectures including Arm® Cortex-M0+/M33, C2000, among others. Requiring no customised development for specific scenarios, they are widely used in non-automotive applications such as industrial control, consumer electronics and smart hardware. As the highest-volume and most widely adopted category within TI’s MCU portfolio, it currently comprises 988 products capable of meeting diverse cost and performance requirements.

Key Features

- Cost-effectiveness: Entry-level models, whilst high-performance models balance performance and cost, meeting cost control requirements for mass production.

- Flexible architecture: Covers the low-power Arm® Cortex-M0+, the high-performance Arm® Cortex-M33, and the C2000 core designed for real-time control, catering to diverse performance requirements.

- Ease of development: Leveraging the TI Code Composer Studio (CCStudio) IDE and comprehensive SDK development kits, the range provides ready-to-use drivers and example code, lowering the development barrier and shortening time-to-market.

- Rich peripheral support: Common peripherals such as ADC, UART, SPI and I2C are universally integrated, whilst some models incorporate advanced peripherals including CAN FD, USB 2.0 and NPU to accommodate complex application scenarios.

Representative Models and Applications

- MSPM0C1105: 32MHz Arm® Cortex-M0+ MCU with 32KB flash and 8KB SRAM, featuring 5V-tolerant I/Os. Suitable for low-cost industrial control and smart toys, offering outstanding value for money.

- MSPM0G5187: 80MHz Arm® Cortex-M0+ MCU, 128KB flash memory, 32KB SRAM, integrated with AES encryption, NPU, supports Edge AI Studio, suitable for smart hardware and edge computing scenarios.

- MSPM33C321A: 160MHz Arm® Cortex-M33 MCU, 1024KB flash memory and 256KB SRAM, equipped with Arm TrustZone and a floating-point unit, suitable for mid-to-high-end industrial control and smart instrumentation applications.

- F28E120SC: 160MHz C2000 core MCU, 64KB flash memory, 16KB SRAM, featuring FPU32 and a programmable gain amplifier, suitable for real-time digital power and small motor control applications.

III. TI Low-Power MCUs: Ultimate Energy Efficiency, Empowering IoT and Portable Devices

TI’s low-power MCUs are designed for battery-powered devices and IoT edge nodes. With ‘ultra-low power consumption, fast wake-up and long battery life’ as their core selling points, they achieve standby current as low as the nA range and wake-up times as fast as the μs range through optimised power management architectures and integrated low-power peripherals, whilst maintaining a certain level of computational performance. They are widely used in IoT sensors, portable medical devices, smart wearables, and energy harvesting devices. Backed by comprehensive development tools and power estimation tools, they help developers achieve designs with maximum energy efficiency.

Key Features

- Ultra-low power consumption: Standby current as low as 16 nA, deep sleep current as low as 1 μA, and active execution mode power consumption as low as 71 μA/MHz, significantly extending battery life; some models can extend the lifespan of a CR2032 button cell battery to over 10 years.

- Fast Wake-up: Wake-up time as low as 1μs to 5μs, allowing the device to remain in low-power mode for extended periods whilst responding rapidly to external events, balancing energy efficiency with real-time performance.

- Independent Power Domains: The VBAT power domain maintains critical peripherals (such as the RTC) during a main power failure, ensuring uninterrupted timing and event monitoring.

- Comprehensive Development Support: Includes the MSPM0-Calc power estimation tool, EnergyTrace™ power analysis tool, and a rich suite of low-power SDKs and development boards to simplify energy-efficient design.

Representative Models and Applications

- MSPM0L1116: 32MHz Arm® Cortex-M0+ MCU, 64KB dual-bank flash memory, 16KB SRAM, low standby current, and 5V-tolerant I/Os. Suitable for IoT sensors, smart door locks and similar applications.

- MSPM0L2116: 32MHz Arm® Cortex-M0+ MCU, 64KB flash memory, 12KB SRAM, integrated 12-bit ADC, comparator and LCD; suitable for portable medical devices, smart wearables and similar applications.

- MSP430 Series: A classic 16-bit low-power MCU with standby current as low as 0.7μA and higher flash read/write cycles, suitable for extremely energy-efficient applications such as energy harvesting and long-term monitoring.

- CC1310: A 32-bit Arm Cortex-M3 wireless MCU with an integrated sub-1GHz RF module and low standby current, suitable for low-power wireless motion detectors, IoT nodes and similar applications.

IV. TI Sensing MCUs: Precise Sensing, Unlocking New Scenarios for Smart Interaction and Detection

TI’s sensing MCUs integrate dedicated analogue front-ends (AFEs) and signal processing units, specialising in sensing applications such as capacitive touch, ultrasonic sensing and signal monitoring. Featuring high sensitivity, strong anti-interference capabilities and low power consumption, they enable precise environmental sensing and human-machine interaction. Widely used in industrial control, smart home, home appliances and medical equipment sectors, the range currently comprises 223 products covering multiple sensing types to meet diverse sensing requirements.

Key Features

- Support for multiple sensing types: Covers a variety of sensing methods including capacitive touch, ultrasonic sensing and sigma-delta ADC signal monitoring, meeting the sensing requirements of different scenarios.

- High Sensitivity and Interference Immunity: Capacitive touch models support detection through glass, plastic and metal coverings, comply with interference immunity standards such as IEC 61000-4-6, and operate reliably in complex environments involving oil, water and grease.

- Integrated Design: Integrates the sensing front-end, ADC, signal processing unit and MCU core, eliminating the need for additional sensing chips, thereby simplifying hardware design and reducing BOM costs.

- Low-power optimisation: Balancing sensing functionality with low power consumption, these devices are suitable for battery-powered portable sensing equipment; some models incorporate a Low-Energy Accelerator (LEA) to optimise energy efficiency.

Representative Models and Applications

- MSP430FR2633: 16MHz 16-bit MCU with 16KB FRAM and 4KB SRAM, featuring CapTIvate™ touch technology and supporting 16 touch I/Os (64 sensors). Suitable for applications such as anti-interference capacitive touch HMIs and home appliance control panels.

- MSP430FR5043: 16MHz 16-bit MCU with 64KB FRAM and 12KB SRAM, integrating an 8MSPS 12-bit sigma-delta ADC and an ultrasonic sensing front-end; suitable for applications such as gas and water flow metering.

- MSP430FR2512: A capacitive touch MCU supporting up to 16 buttons and proximity sensing, with power consumption five times lower than competing products. Suitable for cost-sensitive applications such as industrial control panels, power tools and wireless speakers.

- MSP430FR6989: A rotary sensing MCU featuring an expanded scanning interface, 128KB FRAM and AES encryption, suitable for rotary detection applications such as flow meters; can be rapidly implemented with reference designs.