The current project presents the test development and implementation of an in-house designed Electronic Control Unit (ECU) for automotive applications. Electronic components such as switches, lights, motors, sensors, etc. throughout the vehicle uses Controller Area Network (CAN) Bus to communicate on single or dual-wire network. Four Door Control Module (DCM) ECU will preside in the vehicle: front right, front left, back right, and back left. To emulate and test the ECU features, a test board is designed to test on and off board passive electrical components using the National Instruments Compact Data Acquisition (NI C-DAQ) hardware and the Laboratory Virtual Instrument Engineering Workshop (LabView) software platform. Experimental results were gathered using the test equipment and LabVIEW to validate the correct operations of the DCM ECU inputs and outputs in a controlled environment. After the hardware has been validated under test conditions, it's ready to be tested under field conditions.
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机译:当前项目介绍了针对汽车应用的内部设计电子控制单元(ECU)的测试开发和实现。整个车辆中的电子组件(如开关,灯,电动机,传感器等)使用控制器局域网(CAN)总线在单线或双线网络上进行通信。四个门控制模块(DCM)ECU将在车辆中进行主持:右前,左前,右后和左后。为了仿真和测试ECU功能,设计了一块测试板,以使用National Instruments Compact Data Acquisition(NI C-DAQ)硬件和实验室虚拟仪器工程工作室(LabView)软件平台来测试板上和下板的无源电气组件。使用测试设备和LabVIEW收集了实验结果,以验证DCM ECU输入和输出在受控环境中的正确运行。在测试条件下验证了硬件之后,就可以在现场条件下对其进行测试了。
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