Automotive CAN bus simulation development tool Automotive electronics experiment box

Electronic technology is widely used in modern automobiles, especially in mid- to high-end automobiles. There are dozens of electronic control units, which are the core of automobile technology and account for a large proportion of the cost of the entire vehicle. Among them, the electronic control system for the engine was used earliest and is also the most important control system. Understanding and mastering the basic principles of the engine electronic control system plays a decisive role in understanding the vehicle electronic control network. It is also the basis and core for learning automotive electronic technology. Mastering the basic principles of engine electronic control systems will make it easier to learn the design and development of other electronic control units. It is also an important foundation for engaging in vehicle electronic control system testing, fault diagnosis, and maintenance. The automotive electronic control development test system consists of three parts: the teaching platform system, the host computer, and the experimental box. The teaching platform system consists of a host computer, host computer software, signal generator, host cable, host computer communication cable components, power adapter components, and automotive electronic technology development board. The experimental box can be connected to the circuits of sensors, automotive microcontrollers, and actuators.
Through the study of this experimental system, students can learn about the development process of automotive electronic control systems, as well as the application and programming methods of common automotive sensors and actuators. The application of commonly used sensors and actuators in automobiles, combined with the teaching of programming, can allow students to better master the basic theoretical knowledge of automobile electronic control systems, and enable students to develop and repair automobile electronic control systems in the future. , and integrate into professional roles faster.
With the host computer software installed on the computer, we can easily monitor the status of the host, realize interactive communication between the host and the computer, and realize the development of automotive electronic control systems including vehicle network (bus) communication.
Second functional characteristics
Platform hardware and experiments that can be performed include:
, automotive electronic control unit development board
, cooling water temperature sensor circuit and related experiments
Position sensor Road and related experiments
, ground side switches
, power side switches
, automobile hot-wire air flow sensors and interfaces and related experiments
, automobile intake manifold pressure Sensors and interfaces and related experiments
, Automobile Hall effect sensors and interfaces and related experiments
, Photoelectric sensors and interfaces and related experiments
, DC motors and interfaces and related experiments
br/> , Stepper motors and interfaces and related experiments
, Boost electromagnetic coils and interfaces and related experiments
Automobile high-power relays and interfaces and related experiments
, Automobile bus interface All the way and related experiments
, R3 interface all the way and related experiments
, standard waveform signal generator and related experiments
Experiment instructions are provided, and the experimental box can conduct bus communication through the gateway device and the host computer software For communication experiments, bus communication experiments can be carried out with the automotive microcontroller experiment box to enhance students' overall understanding of automobiles and in-vehicle network systems, and learn basic in-vehicle network development methods.