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7. Select the “Flash” button and wait until it is succesfully flashes EVIC. You can monitor the progress bar on the bottom right-corner.
Test Fixture Setup
The following procedure will go through the design of the test fixture that is necessary to execute the manufacturing tests for EVIC.
Analog Inputs
Use x5 22k resistors in series, powered from 5V to generate different voltages for each channel. See schematic below for wiring connector pins P4 and P5.
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A test EVIC board is needed to transmit CAN messages onto the CAN lines of a production EVIC board. Each CAN line (High and Low) will need to be wired to both the Test and Production EVIC boards.
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Software Loading and Test Verifier
The software verification application will need to be loaded onto the production EVIC board prior to testing.
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running the tests. The following instructions will go through the procedure to access, install and test the EVIC board.
Install the Studio Interface Kit (SIK) application onto your workstation. Follow the wizard’s installation instructions.
Launch the SIK and select the “skin.xml” file from the provided software to selection application. You can download the verifier application at the following link here. You can navigate to the file within the folders @”/ADIM_test_software/skins/ADIM_Milky_verifier/skin.xml”
Plug-in the USB cable into EVIC and power it “On” with +12V. SIK will detect it is connected and ready the flash. Press the “Skin Flash” button to proceed with the installation.
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2. Power 4. Unplug the USB cable from EVIC and cycle power “Off” and “On” EVIC board. The test application will automatically start and execute the tests for each analog and digital inputs and outputs. The tests are normally done in 2-4 seconds.
3 5. If the board Passes, the following message will appear:
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4 6. If the board Fails, the following message will appear:
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