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    TMS470M Microcontroller USB Kit

    Bulk discount available

    Price Each (Supplied in a Bag)**

    £91.03

    (exc. VAT)

    £109.24

    (inc. VAT)

    Select or type quantity
    Available to back order for despatch when stock is available*

    * Delivery dates may change based on your chosen quantity and delivery address.

    Units
    Per unit
    5 - 9£86.70
    10 - 24£80.32
    25 - 49£78.03
    50 +£75.86

    **price indicative

    Packaging Options:
    RS Stock No.:
    748-0769P
    Mfr. Part No.:
    TMDX470MF066USB
    Brand:
    Texas Instruments

    TMS470M Microcontroller USB Kit


    The TMDX470MF066USB is a USB Kit which can be used to quickly develop code and evaluate performance of the TMS470 series of safety microcontrollers.

    TMS470MF06607 80MHz MCU, Cortex-M3, 100-pin QFP
    On-chip 640KB Flash memory with ECC, 64KB RAM with ECC
    On-board USB XDS100v2 JTAG debug
    CAN transceiver
    Light sensor

    Supplied with

    Cable for XDS100v2 emulation, DVD with CCStudio v4 IDE, HALCoGen Peripheral Drivers Generation Tool, Flash programming integrated into CCS, HET GUI/Simulator/Assembler including Synapticad WaveViewer, & Demo Project/Code Examples.


    The Hercules™ microcontroller (MCU) platform is the result of TI’s long history of developing and shipping MCUs for safety critical systems, providing a broad portfolio of devices specifically designed to meet the requirements of safety-critical medical, industrial and transportation applications. Robust application of core functional safety techniques and semiconductor industry best practices has resulted in an MCU platform that simplifies safety-critical system design, reduces software overhead and speeds certification, all of which result in lower system cost and faster time-to-market. The Hercules platform comprises three families of scalable functional safety MCUs offering a balance of performance memory, functional safety capability, peripherals, connectivity and cost. These products always operate in a “safe” manner and meet the stringent functional safety requirements of standards such as IEC 61508 or ISO 26262.