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Benefits of Controller Area Network
The benefits of CAN are discussed in our CAN homework help online as follows:
Lightweight and low-cost network
CAN offers a durable and inexpensive durable network, which helps several devices to communicate with each other. A benefit is that ECUs or electronic control units may have just one CAN interface instead of digital and analog inputs for all devices in a system. This reduces the weight and costs of automobiles.
Broadcast communication
Every device Comprises of a CAN controller chip and thus it is intelligent. The devices on a network can see the transmitted messages. Every device can determine whether a message should be filtered or relevant. The structure enables changes to a CAN network with very less impact. You can add extra non-transmitting nodes without modifying the network.
Priority
All messages have a priority and when two messages send messages at the same time, the message has a greater priority is transmitted and the message having a low priority is postponed. It is non-destructive and it offers non-interrupted transmission. It enables the network for meeting the timing constraints.
Error capabilities
CAN specification involve a CRC or Cyclic Redundancy Code for performing error-checking on the contents of a frame. Frames that contain errors are not regarded by every node and you can transmit an error-free for signaling an error to a network. Local and global errors are differentiated by a controller and if you detect too many errors, nodes can disconnect itself and stop to transmit errors.
CAN Applications
CAN was made for automotive use and it is commonly used in electronic networking of in-vehicles. It has been created for various applications. The railways such as streetcars, undergrounds, trams, long-distance trains, and light railways incorporate CAN.
CAN is used at various levels of multiple networks such as linking brake controllers or door units. It has used in aircraft along with navigation systems, flight-state sensors, and research PC. Additionally, CAN buses are used in several aerospace applications that range from data analysis of in-flight to aircraft engine systems including pumps, fuel systems, and linear actuators.
As mentioned by our Controller Area Network assignment help providers, it is used by medical equipment manufacturers. It is also used in applications including sports cameras, laboratory equipment, automatic doors, telescopes, and coffee machines.