Concerto-based Solar Explorer Development Kit

(ACTIVE) TMDSSOLARCEXPKIT

Description & Features

Technical Documents

Support & Community

Order Now



Description

The Concerto F28M35 based solar explorer kit is intended to give designers the opportunity to evaluate different power stages used in solar applications in a safe, low voltage environment. This kit also offers designers of single panel off-grid applications such as lighting or motor control systems a robust development platform to start from by utilizing the 36VDC intermediate bus. All of the primary application power stages are controlled with a single C2000 MCU, including a single switch boost stage for maximum power point tracking, a SEPIC battery charging stage, and a grid-tie-capable DC/AC inverter stage capable of outputting 24VAC. Integrated USB JTAG emulation eliminates the need for external JTAG development hardware. A built in panel emulation circuit also allows designers to evaluate different shading situations without the need for expensive external hardware. By utlizing the Concerto processor, designers are now able to develop control and power stage software on the same processor as connectivity and communications applications. The Concerto MCU is used for all of the power stage control, as well as offering an Ethernet connection for remote control and monitoring. A quickstart graphical user interface is included, as well as fully documented, open source hardware and software libraries.

Features
  • F28M35 Concerto Control Card
  • 20VDC/ 50W Non Isolated Design
  • Built in panel emulator
  • Single switch DC/DC Boost for Maximum Power Point Tracking
  • DC/DC SEPIC for MPPT and Battery Charging
  • 36VDC Intermediary bus
  • 24VAC Output Inverter stage
  • Isolated USB JTAG built-in

What's Included

  • Solar Explorer base board
  • F28M35 Concerto controlCard
  • USB Cables
  • Quick start guide and graphical user interface

    Take your C2000 design to the next level

    Access the vast collection of hardware, software libraries, and application specific tools with C2000 MCUs to further the learning and development of your own custom solutions.

    Order Now
    Part Number Buy from Texas Instruments or Third Party Buy from authorized distributors Status

    TMDSSOLARCEXPKIT:
    Concerto-based Solar Explorer Development Kit

    $475.00(USD)




    Pricing may vary.



    ACTIVE
    Contact a Distributor  

    TI's Standard Terms and Conditions for Evaluation Modules apply.

    Technical Documents
    Application Notes (1)
    Title Abstract Type Size (KB) Date Views
    PDF 1033 23 Jul 2013 2,426
    More Literature (1)
    Title Abstract Type Size (KB) Date Views
    PDF 1345 23 May 2014 3,322

    Design Kits & Evaluation Modules (4)

    Name Part Number Tool Type
    High Voltage Isolated Solar MPPT Developers Kit  TMDSHVMPPTKIT  Evaluation Modules & Boards 
    High Voltage Single Phase Inverter Development Kit  TMDSHV1PHINVKIT  Evaluation Modules & Boards 
    Piccolo-based Solar Explorer Development Kit  TMDSSOLARPEXPKIT  Evaluation Modules & Boards 
    Solar Micro Inverter Development Kit  TMDSSOLARUINVKIT  Evaluation Modules & Boards 

    TI Devices (6)

    Part Number Name Product Family
    F28M35E20B  Concerto Microcontroller  Control + Automation 
    F28M35H22C  Concerto Microcontroller  Control + Automation 
    F28M35H52C  Concerto Microcontroller  Control + Automation 
    F28M35M20B  Concerto Microcontroller  Control + Automation 
    F28M35M22C  Concerto Microcontroller  Control + Automation 
    F28M35M52C  Concerto Microcontroller  ARM Cortex-M3 Core 
    Support and Community

    Wikis

    Visit the TI Wiki

    TI E2E™ community

    TI E2E Community

    As a member of my.TI you can join the TI E2E™ Community where you can ask questions, share ideas and collaborate with fellow engineers and TI experts

    Contents are provided "AS IS" by the respective TI and Community contributors and do not constitute TI specifications. See Terms of use.

    Training & events

    Name Type Available During
    Georgia Tech MOOC: Control of Mobile Robots
    Learn how to make mobile robots move in effective, safe, predictable, and collaborative ways using modern control theory.
    On-Line Training   On Demand  
    Designing with Ultra Low Power Segmented Displays
    Learn about designing Ultra-low Power Segmented Displays and MSP430
    On-Line Training   On Demand  


    See more training & events

    Customer Tags Help

    No Tags are Available for this Part Number