Define the Test Station下载PDF选定部分选定部分和子部分整个手册更新时间2024-10-31阅读时长2分钟电池测试系统电池测试系统服务器软件Battery Test System Software Toolkit+ 3电池测试系统软件Battery Test System Software套件用户手册 Refer to the following topics to define the test station: VeriStand ConfigurationAliases and the Battery Test SystemA fully integrated Battery Test System incorporates equipment from multiple manufacturers, code written by different people, various application software, and myriad signals routed between all of the above. Define aliases for signals and system components to simplify bringup by standardizing nomenclature across your code for your system implementation.Create the Test Station XML Configuration File (.teststation)Create the Instrument XML FilesSetting Up XNET Database SupportIf you added any XNET controlled devices in the Adding NI-XNET CAN/LIN Devices section, you need to add the database files to the Test Station Package files, and add an entry to the test station XML configuration file. Create the Connector XML Configuration File (.connectorinterface)To define the input and output signals used for a test, and map defined DUT signals to defined instrument channels on BTS hardware, you need to create a connector XML configuration file (.connectorinterface).Configuring System Mappings for Channels and AliasesConfiguring Data LoggingCreate an EDL.xml file to configure most settings for the Battery Test System embedded data logger, which is a custom device for VeriStand that handles logging of data from each socket within your test environment. Complete the following steps to configure data logging for the Battery Test System:Configuring a Log File Reference as a Diagnostic ToolConfiguring Data and File Publishing to SystemLinkCreate a SystemLink.xml file to configure settings for the Battery Test System for data and file publishing in the SystemLink plugin. The SystemLink plugin is a custom device for VeriStand that handles publishing of data and files from each socket within your test environment. By creating this SystemLink.xml file and completing the procedure configuring the SystemLink plugin, files generated by the Embedded Data Logger, Black Box Recorder, and XNET Logger are published to SystemLink and attached to the SystemLink Test Results associated with a given test execution. Configuring BMS Communication in the Vehicle Communication Toolkit (VCOM)Create a Vehicle Communications.xml file to configure the Battery Test System to communicate with the battery management systems (BMS) on your DUTs.Loading Test Station and Connector Package FilesTest Station Validation through the Battery Test System Web UI PluginsCompiler PluginsWhen you create a new custom device that provides DUT- or socket-specific functionality for your Battery Test System implementation, you may need to create a custom device compiler plugin to incorporate a customized version of the device into the VeriStand system definition file for the system. For example, you might create a custom device that provides a map table that is specific to a particular DUT.
Refer to the following topics to define the test station: VeriStand ConfigurationAliases and the Battery Test SystemA fully integrated Battery Test System incorporates equipment from multiple manufacturers, code written by different people, various application software, and myriad signals routed between all of the above. Define aliases for signals and system components to simplify bringup by standardizing nomenclature across your code for your system implementation.Create the Test Station XML Configuration File (.teststation)Create the Instrument XML FilesSetting Up XNET Database SupportIf you added any XNET controlled devices in the Adding NI-XNET CAN/LIN Devices section, you need to add the database files to the Test Station Package files, and add an entry to the test station XML configuration file. Create the Connector XML Configuration File (.connectorinterface)To define the input and output signals used for a test, and map defined DUT signals to defined instrument channels on BTS hardware, you need to create a connector XML configuration file (.connectorinterface).Configuring System Mappings for Channels and AliasesConfiguring Data LoggingCreate an EDL.xml file to configure most settings for the Battery Test System embedded data logger, which is a custom device for VeriStand that handles logging of data from each socket within your test environment. Complete the following steps to configure data logging for the Battery Test System:Configuring a Log File Reference as a Diagnostic ToolConfiguring Data and File Publishing to SystemLinkCreate a SystemLink.xml file to configure settings for the Battery Test System for data and file publishing in the SystemLink plugin. The SystemLink plugin is a custom device for VeriStand that handles publishing of data and files from each socket within your test environment. By creating this SystemLink.xml file and completing the procedure configuring the SystemLink plugin, files generated by the Embedded Data Logger, Black Box Recorder, and XNET Logger are published to SystemLink and attached to the SystemLink Test Results associated with a given test execution. Configuring BMS Communication in the Vehicle Communication Toolkit (VCOM)Create a Vehicle Communications.xml file to configure the Battery Test System to communicate with the battery management systems (BMS) on your DUTs.Loading Test Station and Connector Package FilesTest Station Validation through the Battery Test System Web UI PluginsCompiler PluginsWhen you create a new custom device that provides DUT- or socket-specific functionality for your Battery Test System implementation, you may need to create a custom device compiler plugin to incorporate a customized version of the device into the VeriStand system definition file for the system. For example, you might create a custom device that provides a map table that is specific to a particular DUT.
Refer to the following topics to define the test station: VeriStand ConfigurationAliases and the Battery Test SystemA fully integrated Battery Test System incorporates equipment from multiple manufacturers, code written by different people, various application software, and myriad signals routed between all of the above. Define aliases for signals and system components to simplify bringup by standardizing nomenclature across your code for your system implementation.Create the Test Station XML Configuration File (.teststation)Create the Instrument XML FilesSetting Up XNET Database SupportIf you added any XNET controlled devices in the Adding NI-XNET CAN/LIN Devices section, you need to add the database files to the Test Station Package files, and add an entry to the test station XML configuration file. Create the Connector XML Configuration File (.connectorinterface)To define the input and output signals used for a test, and map defined DUT signals to defined instrument channels on BTS hardware, you need to create a connector XML configuration file (.connectorinterface).Configuring System Mappings for Channels and AliasesConfiguring Data LoggingCreate an EDL.xml file to configure most settings for the Battery Test System embedded data logger, which is a custom device for VeriStand that handles logging of data from each socket within your test environment. Complete the following steps to configure data logging for the Battery Test System:Configuring a Log File Reference as a Diagnostic ToolConfiguring Data and File Publishing to SystemLinkCreate a SystemLink.xml file to configure settings for the Battery Test System for data and file publishing in the SystemLink plugin. The SystemLink plugin is a custom device for VeriStand that handles publishing of data and files from each socket within your test environment. By creating this SystemLink.xml file and completing the procedure configuring the SystemLink plugin, files generated by the Embedded Data Logger, Black Box Recorder, and XNET Logger are published to SystemLink and attached to the SystemLink Test Results associated with a given test execution. Configuring BMS Communication in the Vehicle Communication Toolkit (VCOM)Create a Vehicle Communications.xml file to configure the Battery Test System to communicate with the battery management systems (BMS) on your DUTs.Loading Test Station and Connector Package FilesTest Station Validation through the Battery Test System Web UI PluginsCompiler PluginsWhen you create a new custom device that provides DUT- or socket-specific functionality for your Battery Test System implementation, you may need to create a custom device compiler plugin to incorporate a customized version of the device into the VeriStand system definition file for the system. For example, you might create a custom device that provides a map table that is specific to a particular DUT.