Dish Antenna Positining System by using an Android application

Antennas which are related to the parabolic reflectors are the most common type of directive antennas when we require the higher amount of gain.
When we talk about the pointing a satellite dish, the two primary considerations are the angle of azimuth and elevation.
Here angle of elevation is the angle where our satellite dish is pointed into the sky at a (typically 90°) angle to the signal from the satellite.
When we have 0° angle of elevation then it is considered parallel with the earth and when we have 90° angle of elevation it is considered as pointing straight up into the sky.
Some antenna systems provide azimuth rotation which is a rotation about a vertical axis. Antenna positioning systems often provide both azimuth and elevation or the vertical and horizontal rotation of the antenna. The dish antenna should always point to a satellite in space to receive maximum signal.

[@a_lifelonglearner]

# Source Code for your reference # ESP8266 CODING #define BLYNK_PRINT Serial #include #include #include BlynkTimer timer; char auth[] = "jIXOgXLndG_6Fqf8YSPp3XxpPQz65Nfq"; char ssid[] = "VBS 360"; char pass[] = "12345678"; const int stepsPerRevolution = 200; const int stepsPerRevolution1 = 200; int pinValue; int pinValue1; int x,y; Stepper myStepper(stepsPerRevolution, D0, D1, D2, D3); Stepper myStepper1(stepsPerRevolution1, D5, D6, D7, D8); void setup() { pinMode(D1,OUTPUT); pinMode(D2,OUTPUT); pinMode(D3,OUTPUT); pinMode(D4,OUTPUT); pinMode(D5,OUTPUT); pinMode(D6,OUTPUT); pinMode(D7,OUTPUT); pinMode(D8,OUTPUT); myStepper.setSpeed(40); myStepper1.setSpeed(40); Serial.begin(9600); Blynk.begin(auth, ssid, pass); } BLYNK_WRITE(V0) { int pinValue = param.asInt(); x = pinValue; Serial.print("V1 Slider value is: "); Serial.println(pinValue); } BLYNK_WRITE(V1) { int pinValue1 = param.asInt(); y = pinValue1; Serial.print("V1 Slider value is: "); Serial.println(pinValue1); } void loop() { Serial.println(x/1.8); myStepper.step(x/1.8); delay(500); myStepper1.step(y/1.8); Serial.println(y/1.8); delay(500); Blynk.run(); }

[@pournampournamra787]

Do u have block diagram?

[@KOWSALYA-k5d]

Cam you share the schematic diagram of this project

[@pournampournamra787]

Do you have block diagram

[@madhanselvam4997]

Good evening .. Please send the source code and pin configurations to do it .

[@qussiynabil6744]

How are you May I have a pdf version of the project you presented in this video Thanks

[@a_lifelonglearner]

Sorry it has a lot of personal information, I cannot share it... Hope you understand

[@aragawmekonen]

Can you tell me the name of android application?

[@a_lifelonglearner]

It's blynk application... play.google.com/store/apps/details?id=cloud.blynk

[@nimasayup2168]

May I have the source code and materials used?

[@gudaniaustin862]

did u manage to get the source code or the documentation?

[@a_lifelonglearner]

• Hardware Components: o ESP8266 module o L293d o Stepper motor o Crystal Oscillator o Resistors o Capacitors o Transistors o Cables and Connectors o Diodes o PCB and Breadboards o LED o Transformer/Adapter o Push Buttons o Switch o IC • Software Requirements: o Arduino Compiler o MC Programming Language: C

[@riyapal2026]

IC no pls?