Getting Started with the EasyEVSE EV Charging Signal Board

上次修改时间： Sep 6, 2024支持 EasyEVSE EV Charging Signal Board

本文档内容

  • 1

    Out of the Box

  • 2

    Plug It In

  • 3

    Get Software

  • 4

    Build and Run

购买 EasyEVSE EV Charging Signal Board

本文档内容

1. Out of the Box

The NXP EasyEVSE EV Charging Signal Board is an add-on board for several EV charging development platforms. This get started helps you to get the board up and running which integrates with an NXP host platform evaluation board. The main host of the system is on a separate processor development board. For EVSE simulation, the host platform board can be a i.MX 8 or 9 applications processor boards (MIMX93-EVK) or a i.MX RT crossover MCU board (MIMXRT1060/1064-EVK).

For EV simulation the host platform can be a i.MX 8 or 9 applications processor boards (MIMX93-EVK), a i.MX RT crossover MCU board (MIMXRT1060/1064-EVK), a S32G automotive processor board (S32G-VNP-RDB3) or a S32K3 MCU board (S32K3X4EVB-T172).

1.1 Kit Contents

The NXP EasyEVSE EV Charging Signal Board kit contains the following:

  • 1 x EVSE-SIG-BRD2X
  • 1 x 100 - 240 V AC - 5 V DC (15 W) Power Supply
  • 1 x GPIO connector-cable to connect to MCIMX93-EVK evaluation boards
  • 1 x GPIO connector-cable to connect to S32G-VNP-RDB3 boards

1.2 System Requirements

Get the required hardware and miscellaneous hardware and tools.

The EVSE-SIG-BRD kit can be used as add-on board to the EasyEVSE development platforms for the Electric Vehicle Supply Equipment (EVSE) side or for the Electric Vehicle (EV) side. The EVSE-SIG-BRD2X kit contains the following:

  • 1 x EVSE-SIG-BRD2X
  • 1 x 100 - 240 V AC - 5 V DC (15 W) Power Supply
  • 1 x GPIO connector-cable to connect to MCIMX93-EVK evaluation boards
  • 1 x GPIO connector-cable to connect to S32G-VNP-RDB3 boards

1.3 Required Hardware

  • 1 x Windows, Linux or MAC personal computer to build the EVSE-SIG-BRD MCUXpresso SDK source code project using NXP MCUXpresso IDE
  • 1 x MIMXRT1060-EVKB/MIMXRT1064-EVK or MCIMX93-EVK for the EVSE side
  • 1 x MIMXRT1060-EVKB/MIMXRT1064-EVK or MCIMX93-EVK or S32G-VNP-RDB3 or S32K3X4EVB-T172 for the EV side
  • 1 x EVSE-IMX93_CBL when using the MCIMX93-EVK as a host (1 x cable kit includes the EV and EVSE side)
  • 1 x EVSE-RT106X-CBL when using the MIMXRT1060-EVKB or MIMXRT1064-EVK as a host (1 x cable kit includes the EV and EVSE side)
  • 1 x coaxial cable or 1 x female to female simple wire to connect the EVSE-SIG-BRD2X EasyEVSE EV Charging Signal boards between the EVSE and EV side

1.4 Miscellaneous Hardware and Tools

The miscellaneous hardware and tools required to program the board is shown below:

  • 1 x MCU-Link Debug Probe or MCU-Link Debug Probe

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2. Plug It In

2.1 Get Familiar with the Board

The NXP EasyEVSE EV Charging Signal Board takes the power from the host EVK connectors, for example, Arduino, EXP-CN, or MFP connector. To drive external relays (140 mA or above generated at 12 V), the board has a DC power jack for supplying 5 V external power. The kit comes with an 5V DC power supply. For using additional power supplies, please refer to the User Guide.

EasyEVSE EV Charging Signal Board

EasyEVSE EV Charging Signal Board

2.2 Hardware and Jumper Requirements

Hardware and Jumper

Hardware and Jumper
Part identifier Jumper type/default Description
J2 1x3-pin header 5V_SYS power source selection jumper:
  • Pins 1-2 shorted: 5V_SYS supply is produced from DC_5V_IN supply
  • Pins 2-3 shorted (default setting): 5V_SYS supply is produced from 5V_ARD_EXP_CN supply
J3 1x3-pin header 3.3V_SYS power source selection jumper:
  • Pins 1-2 shorted: 3.3V_SYS supply is produced from VDD_3V3 supply
  • Pins 2-3 shorted (default setting): 3.3V_SYS supply is produced from 3V3_ARD_EXP_CN supply
J4 1x2-pin header 12V0_ISO supply enable jumper:
  • Open: 12V0_ISO supply is OFF
  • Shorted (default setting): 12V0_ISO supply is produced from a 12V0 supply
J5 1x2-pin header -12V0_ISO supply enable jumper:
  • Open: -12V0_ISO supply is OFF
  • Shorted (default setting): -12V0_ISO supply is produced from -12V0 supply
J7 1x2-pin header EVSE/EV PWM loopback enable jumper:
  • Open (default setting): EVSE/EV PWM loopback is disabled
  • Shorted: EVSE/EV PWM loopback is enabled
J8 2x2-pin header Control pilot selection jumper:
  • Pins 1-2 shorted (default setting): EVSE control pilot is selected for PWM generation and detection
  • Pins 3-4 shorted: EV control pilot is selected for PWM generation and detection
J10 1x3-pin header Proximity pilot board test points:
  • Pins 1-2 shorted (default setting): Proximity pilot is used for EVSE simulation
  • Pins 2-3 shorted: Proximity pilot is used for EV simulation
J11 1x2-pin header 3V3_CG5317 supply enable jumper:

Open: 3V3_CG5317 supply is OFF

Shorted (default setting): 3V3_CG5317 supply is produced from 3.3V_SYS supply
J12 1x2-pin header VCORE supply enable jumper:
  • Open: VCORE supply is OFF
  • Shorted (default setting): VCORE supply is produced from 3V3_CG5317 supply
    		•
    J13 1x2-pin header 3.3 VA supply enable jumper:
    • Open: 3.3 VA supply is OFF
    • Shorted (default setting): 3.3 VA supply is produced from 3.3 V_SYS supply
    J17 1x3-pin header
    • Boot strap pin headers for CG5317 HPGP
    • Pins 1-2 connected
    J18
    • Boot strap pin headers for CG5317 HPGP
    • Pins 2-3 connected
    J19
    • Boot strap pin headers for CG5317 HPGP
    • Pins 1-2 connected
    J20
    • Boot strap pin headers for CG5317 HPGP
    • Pins 2-3 connected
    J21
    • Boot strap pin headers for CG5317 HPGP
    • Pins 1-2 connected
    J22
    • Boot strap pin headers for CG5317 HPGP
    • Pins 1-2 connected
    J25

    1x2-pin header

    		 MCU_VDD supply enable jumper:
    • Open: MCU_VDD supply is OFF
    • Shorted (default setting): MCU_VDD supply is produced from 3.3V_SYS supply

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    3. Get Software

    The NXP EasyEVSE EV Charging Signal Board application software for the EVSE and EV runs as bare metal environment on the LPC55s36 microcontroller. Two separate software is used for the EVSE and EV side of the board usage and can be downloaded via the provided SW zip file on the main NXP EasyEVSE EV Charging Signal Board design page. One Windows, Linux or MAC PC is required to build the LPC55S36 signal board software.

    3.1 NXP EasyEVSE EV Charging Signal Board Firmware

    To program the signal board, the following software requirements needs to be downloaded and installed:

    • MCUXpresso IDE (Download and install the IDE based on your operating system on your PC)
    • LPC5536 SDK (Download and install the LPCXpresso55S36 SDK v 2.14.0 to compile version V1 of the EVSE-SIG-BRD2X projects.)

    3.2 Downloading and Installing MCUXpresso IDE

    MCUXpresso IDE is a free-of-charge, code-size-unlimited, and easy-to-use IDE for Kinetis and LPC MCUs and i.MX RT crossover processors.

    To install MCUXpresso IDE, perform the following steps:

    1. Go to the MCUXpresso-IDE and click the Download button
    2. Sign in to your account at the NXP website. If you do not have an account, click CREATE AN ACCOUNT
    3. If you are an existing user, click Employee Sign In and enter your email address or NXP ID, and password.
    4. Click MCUXpresso IDE

      5. Note: Ensure to download the latest MCUXpresso version available.

    5. Accept the software terms and conditions
    6. Select the MCUXpresso product version.
    7. To start the download, click the corresponding File Name
    8. Double-click the installer file and follow the setup wizard until the MCUXpresso IDE installation is completed. Allow the installation of the additional drivers required by the MCUXpresso IDE during the installation process

    3.3 Downloading and Installing LPC5536/LPC55S36 SDK

    The following steps and illustrations show the setup processes for LPC5536-EVK, which can be used to as the SDK for LPC5536/LPC55S36 based EVSE-SIG-BRD2X.

    1. Install and import the LPCXpresso55S36 SDK as follows:
      1. Browse to MCUXpresso SDK Builder and click Select Development Board
      2. Sign in with your NXP account. If you do not have one yet, click Register Now, enter your credentials and click Sign-in.
    2. Enter the name of the LPCXpresso55S36 board under Search for Hardware
    3. Select the required board from the drop-down list and select the recommended SDK release version
    4. Click Build MCUXpresso SDK

      5. Note: Get the recommended SDK release version from section A.3 Recommended SDK release version.

    5. When building the SDK, specify the Host OS, and specify "MCUXpresso IDE" as the Toolchain. For simplicity reasons, select all the available middleware and click Download SDK
    6. When the build completes, download the SDK archive (9) and agree to the software terms and conditions
    7. Open the MCUXpresso IDE in your desired workspace
    8. Drag and drop the SDK into the Installed SDKs window of the IDE

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    4. Build and Run

    4.1 Build and Run

    After installing MCUXpresso, go to the EasyEVSE EV Charging Signal board design page, under the section Software and click on the download button for the EVSE-SIG-BRD2X Software_EVSE to be able to download the related software from GitHub.

    Note: Make sure to download the related release of the software, depending on either using the MPU or MCU EasyEVSE application. Do the same for the EVSE-SIG-BRD2X Software_EV.

    After downloading the EVSE-SIG-BRD EVSE and the EVSE-SIG-BRD EV from GitHub, import and program the corresponding project variant for the specific NXP EasyEVSE EV Charging Signal Board for EVSE and EV simulations.

    To build the EVSE simulation software, perform the following steps in MCUXpresso:

    1. Click Import project(s) from the file system... from the Quickstart Panel of MCUXpresso IDE
    2. Select the related file which you have downloaded from GitHub and import the EVSE simulation project
    3. Click the Finish button
    4. Click the hammer button on the top-left side of the IDE and start building the project. The build is done without errors
    5. Click the beetle button on the top-left side of the IDE and start programming the board with the project binary. Once the programming is completed, it breaks at a breakpoint at the main() function of the code
    6. To resume the operation, click the play button

    To build the EV simulation software, perform the following steps:

    1. Click Import project(s) from the file system... from the Quickstart Panel of MCUXpresso IDE
    2. Select the related file which you have downloaded from GitHub and import the EV simulation project
    3. Click the Finish button
    4. Click the hammer button on the top-left side of the IDE and start building the project. The build is done without errors
    5. Click the beetle button on the top-left side of the IDE and start programming the board with the project binary. Once the programming is completed, it breaks at a breakpoint at the main() function of the code
    6. To resume the operation, click the play button

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    Design Resources

    Board Documents

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