A device with a universal gateway which is used for diagnostics in commercial vehicles was developed for a leading commercial vehicle manufacturer. Despite its compact design, it supports the interfaces 2 x CAN, ISO 9141 (K-Line and L-Line), J1708, USB 2.0, 2 x RS232, digital inputs/outputs and analogue inputs. A bootloader enables simple updating of the firmware. Therefore, the device can also be individually modified to address individual requirements.
(2)cPCI RTM/CAN 接口模块带I/O扩展 一个Active CAN接口卡,其可以通过IXXAT标准驱动和软件使用,专门针对cPCI RTM标准开发(带尾IO)安装于测试设备生产商,用于测试系统的通信,
In addition to the microcontroller system responsible for CAN, a second lower order microcontroller system was created that provides a specific I/O extension. (3)光纤CAN 星形耦合器用于测试台架 针对空客A380测试台架开发的星形CAN耦合器,可以允许测试台架连接Simulator仿真设备和真实设备。这里实现了长距离的桥接,the CAN star coupler pro
vides CAN ports to ISO11898-2 (CAN High-Speed) as well as 2 optical CAN ports for the 连接ion of glass fiber lines and 其他 dis连接able CAN ports. (4)用于joysticks的CANopen/J1939接口卡 针对joysticks的生产厂家生产的接口卡,其带CANopen and a J1939 接口卡的joystick.这些需要硬件和软件上的特别支持。In addition to the microprocessor board, an I/O board provides the power supply and a variable number of digital and analog I/Os which, with additional controls, provide simple, customer-specific modification of the joystick handle. (5)Parameterization and service tool for coffee machines For a manufacturer of coffee machines for the hotel and catering industry, IXXAT specified and developed a CANopenbased communication system which is used in the coffee machine and provides a high level of equipment modularity in the machines. Due to the high level of modularity and the large number of specified parameters, a Windows-based tool was developed that provides both a simple sizing of the coffee machine and convenient service. (5)针对电梯系统的软件设计和开发。 IXXAT worked in close cooperation with the specialists of a worldwide leading manufacturer of elevators to design a CAN-based network that meets the specific requirements for future elevator generations in terms of scalability, topologies, installation, extendibility, diagnostics and price. To this end, a specific transport protocol was developed that makes it possible to address up to 4096 devices. The system design was then successfully reconfigured in the form of a protocol software and is used