VHDL & FPGA Project: Wireless 10-Degree Step Servo Motor Control with LCD Display
This FPGA-based project utilizes wireless RF technology to control a servo motor in 10-degree steps. The system includes an LCD display for status updates, enabling precise and remote motor control.
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About this video
Hello friends,
Here is a FPGA based project related to wireless RF technology and servo motor controlling, In this project user can control a servo motor in 10 degree of step from a distance using RF , that is -90 to +90 degree. and the current position of the servo motor will be display on the second row of LCD screen. Their is a direct reset key controlled wire-lessly which move the servo motor to the 00 degree position and then after user can move servo in the step of 10 degree.
This is a very use full project in camera position controlling, in industries to change the route of goods on conveyer belt etc...
This project is based on xilinx SPARTAN device, and VHDL coding is used to code the system.
I hope you like this video,
i would love to read your suggestions and comments here,
My name is "Naresh Singh Dobal", for more information please write us at nsdobal@gmail.com
Here is a FPGA based project related to wireless RF technology and servo motor controlling, In this project user can control a servo motor in 10 degree of step from a distance using RF , that is -90 to +90 degree. and the current position of the servo motor will be display on the second row of LCD screen. Their is a direct reset key controlled wire-lessly which move the servo motor to the 00 degree position and then after user can move servo in the step of 10 degree.
This is a very use full project in camera position controlling, in industries to change the route of goods on conveyer belt etc...
This project is based on xilinx SPARTAN device, and VHDL coding is used to code the system.
I hope you like this video,
i would love to read your suggestions and comments here,
My name is "Naresh Singh Dobal", for more information please write us at nsdobal@gmail.com
Video Information
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290
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Duration
3:27
Video length
Published
Aug 10, 2012
Release date