Arduino application: Controlling the movement of a motor according to the intensity of light

-

 

Control motor movement according to light intensity

 

Control motor movement according  to light intensity

Tools required
  1. Breadboard and wiring
  2. Arduino Uno Board
  3. Fixed Resistors 1kOhm - 10kOhm
  4. LDR photoresistor
  5. N4007 binary
  6. Transistor BC337 and BC547
  7. Simple Motor
  8. 9 volt battery

The code:

Click here  to get the code

To view the experiment steps,  click here 


To view the experiment steps,  click here. 


Comments

Post a Comment

Popular posts from this blog

Logisim ex 3 : 3x8 Decoder and 8x3 Encoder & 4x1 Multiplexer :

-
Image
  How to implement a combinational Logic circuit Specification –         Specify the inputs, outputs, and what the circuit should do Formulation –         Convert the specification into truth tables or logic expressions for outputs Logic Minimization –         Minimize the output functions using K-map or Boolean algebra Technology Mapping –         Draw a logic diagram using ANDs, ORs, and inverters –         Map the logic diagram into the selected technology –         Considerations: cost, delays, fan-in, fan-out Verification –         Verify the correctness of the design, either manually or using simulation
Read more

Logisim ex 2 : How to implement a logic circuit that convert a BCD to seven segment decoder

-
Image
   Logisim ex 2 : How to implement a logic circuit that convert a BCD to seven segment decoder How to implement a combinational Logic circuit Specification –        Specify the inputs, outputs, and what the circuit should do Formulation –        Convert the specification into truth tables or logic expressions for outputs Logic Minimization –        Minimize the output functions using K-map or Boolean algebra Technology Mapping –        Draw a logic diagram using ANDs, ORs, and inverters –        Map the logic diagram into the selected technology –        Considerations: cost, delays, fan-in, fan-out Verification –        Verify the correctness of the design, either manually or using simulation
Read more

Arduino simulation system

-
Image
What is the Arduino  simulation system It is a digital virtual learning system that simulates real laboratories, to help students and teachers design and implement physical experiments in the field of electronics and projects by integrating electronic parts, programming them,  and observing and analyzing the results  The program has many features, including: It contains several types of electronic circuits It contains the various measuring devices used in the laboratory Easy to use Possibility of keeping the used copy Possibility to get more details with colleagues to get help and troubleshoot recent  issues. In addition to many other features that I was able to discover with practice
Read more