DC Motor Speed Control By Android

DC Motor Speed Control by Android is a project report that highlights the necessity of the DC motor speed control by the Android application. The necessity of the direct motor speed control by Android is available through this report. The report is available in either word document or PDF format. The details of managing the work related to the DC motor speed are available through this report. The report belongs to the Dot net project report category. The users can download the report to know the importance of the DC motor speed control with great ease. The abstract project report on direct motor speed control by android is available. The users can download abstract, pdf to understand the effects of dc motor speed control by android.

Set the speed of a DC motor by Android lets you change a direct current motor’s speed from an Android device. Usually, an Arduino or Raspberry Pi computer is used to connect the Android device to the DC motor with this way. On the screen, the Android phone has a unique app that lets the user choose the speed amount they desire.

Building the hardware includes connecting a motor driver circuit to the CPU through the DC motor. Beyond the computer is the driver for the machine. For connecting to and talking to an Android device, the chip also has a Bluetooth or Wi-Fi part. Now the Android app can directly manage the DC motor without using any wires.

Android-based mobile app(DC Motor Speed Control By Android)

When it comes to software, an Android-based mobile app is being made to make controlling the speed easy to use. To finetune the DC motor’s speed, the user can use the app’s scales, buttons, or number entry fields. The app then uses Bluetooth or Wi-Fi to send these speed orders to the processor.

Computers receive speed orders from Android devices. The computer’s program interprets these directions into moving signs that the tech can use. Electronics are always checking the speed and changing the motor’s power or current to match. This has no effect on the speed of the DC engine. Your Android app can set the motor’s speed with this closed-loop control way.

The microprocessor has a program that takes from the Android device speed directions and turns them into motor driver control signals. For each speed setting, the computer checks the voltage or current going to the motor and changes it as needed. You can control the speed of the DC engine this way. It is controlled by a closed-loop system that makes sure the motor runs at the speed set by the user in the Android app.

A DC motor’s speed can be changed quickly and easily with Android. Remotely controlling speed is useful for robots, robotics, and other situations. The ease with which these examples of hardware and software working together demonstrate the flexibility of current technologies in creating user-friendly and effective motor control systems.

Download free project on DC Motor Speed Control By Android.

Topics Covered:

01)Introduction
02)Objectives, ER Diagram
03)Flow Chats, Algorithms used
04)System Requirements
05)Project Screenshots
06)Conclusion, References


 

Project Name DC Motor Speed Control By Android
Project Category Android Project Reports
Pages Available 60-65/Pages
Available Formats Word and PDF
Support Line Email: emptydocindia@gmail.com
WhatsApp Helpline https://wa.me/+919481545735   
Helpline +91 -9481545735

 

 

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