Bluetooth technology is an industry wireless specification standard for use in various devices for short-range communications. As a radio-based technology it allows devices to share information over a maximum range of 10 meters. Bluetooth enables mobile computers, mobile phones, portable handhelds, and the Internet to “talk the talk” without cables. With bluetooth, devices don't need to be 'looking' at each unlike other wireless technologies (i.e. infrared). As long as two bluetooth devices are close enough to each other, it’s possible to make a connection. With bluetooth technology getting connected takes on a whole new meaning.
This project designed using the dsPIC Microcontroller aids in the measurement and control of various Global Parameters with Bluetooth Technology and provides a interface to the PC. The transfer rate of this microcontroller is 9600 Baud Rate. This enables us to view and track the online changes encountered in the particular parameter of all the parameters.
One of the main advantages of this project is, it allows us to view all the parameter readings simultaneously on the screen. The Graph drawn on the screen keeps on tracking the changes on the parameter. It also supports Background Processing of the Parameters and control of 4 parameters. The parameters that are supported by this project include Speed, Torque, Line Voltage, Battery Voltage, Line Current, Battery Current, Temperature and frequency. This Project can be implemented in any of the process industries where there is a need for Simultaneous and fast acquiring of data and control.
This project designed using the dsPIC Microcontroller aids in the measurement and control of various Global Parameters with Bluetooth Technology and provides a interface to the PC. The transfer rate of this microcontroller is 9600 Baud Rate. This enables us to view and track the online changes encountered in the particular parameter of all the parameters.
One of the main advantages of this project is, it allows us to view all the parameter readings simultaneously on the screen. The Graph drawn on the screen keeps on tracking the changes on the parameter. It also supports Background Processing of the Parameters and control of 4 parameters. The parameters that are supported by this project include Speed, Torque, Line Voltage, Battery Voltage, Line Current, Battery Current, Temperature and frequency. This Project can be implemented in any of the process industries where there is a need for Simultaneous and fast acquiring of data and control.
No comments:
Post a Comment