ARM lpc2148 based mini projects for ECE
PROJECT: ETHERNET and CAN INTERFACING for INDUSTRY.
There are so many useful technologies today to make our lifestyle more luxurious, secure and safe. The Internet technology has the various benefits for current and future generations. The real world is primarily under the control of the Internet. Previously, the Internet was limited only to computers, but due to technological development, especially in mobile Internet communications, now it is the ultimate access to the latest smart phone. PROCORP Technologies is the best place for doing the academic arm lpc2148 based mini projects for ECE B.Tech and M.Tech students.
The purpose of this project is to monitor and inspect the electrical, home or office or industry from anywhere in the world through the use of mobile phones or computers using the Internet. In this project, we will create software for controlling electrical appliances such as lights, fans, motors, engines, etc. from web pages. This webpage can be opened in any location using a mobile phone or computer. In this webpage, we have some options for buttons or device controls, when we click on the buttons; it sends commands to check through the Internet connection
When the system’s management is that the Ethernet module is attached to a node and holds the CAN connected to another CAN node. Each time you get an Ethernet module from your network controller, and then send the command to the microcontroller. The microcontroller will monitor the corresponding storage depending on the team he gets through the bus. The relationship between the Internet and the microcontroller is built through an Ethernet and this control module is used in the project based on the LPC2148 ARM7 32-bit controller.
Controller area network (CAN) is an asynchronous serial communication protocol, multi-module for the connection of the protocol applications. CAN automotive electronics industry and features such as low cost, easy to implement with ad hoc networks are more powerful error checking and high-speed networks that can transfer at the speed of 1Mbits per second. Other parameters can be controlled by which these devices can be upgraded and one control unit. Mainly uses the mobile phone industry and a risky and reliable environment. Using the CAN protocol we transfer data from one node to another. Here we have two nodes, each containing the ARM7 LPC2148, MCP2515 (controllable) mini MCP2551 controller (TRANSRECEVER TRANSRECEVER). We will develop the code for the ieee projects on embedded systems, MATLAB and the VLSI domains.
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