DIY Kit Line Traking Robot

DIY Kit Line Traking Robot View larger

D2-1

New product

107 Items

10,50€ Tax excluded

Delivery: 1-5 days

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Overview

The diy smart tracking robot car kit is an introductory electronic kit designed to help kids or electronic, enthusiasts, and novices learn about basic electronic basics knowledge like soldering and simple circuits(photoelectric sensor circuit,voltage comparator,motor driving,ir sensor,C51 MCU) The smart kit is designed based on the principle of infrared sensor and light reflectivity diference when the light emitting on the white and black items, The red LED emit the red light, then light will be reflected to the photoresistor, the cirucit will detect the resistance to detect if the car on the white area and to regulate its running direction automatically.There is no programming involved, and all of the soldering is beginner-friendly, making it perfect for budding electronic enthusiasts.

This kit does not contain batteries!

Package list

Components

Specifications

Quantity

Voltage comparator

LM393

1

IC Socket 

8 pini

1

electrolytic capacitor

100uF

2

adjustable resistor

10K

2

resistor

51 ohm

4

resistor

3.3K

2

resistor

1K

2

resistor

10 ohm

2

photoresistor

CDS5

2

LED 

5mm

2

LED

IR

2

Transistor

8550

2

switch

1

Reduction motor

JD3-100

2

screw+nut+screwnut

1

PCB

D2-1

1

battery case

AAx2

1

wheels+screw

2

Intructions

What do we need ? We need a soldering gun, tin, a screwdriver and one multimeter in order to measure the resistors.(if you do not have a multimeter, We've attached a link below where you can calculate the value yourself)

We start with the resistors. We identify what capacities they have, and then position them on PCB footprints as indicated. We continue with the transistors, then the capacitors (with the anode down), the red LEDs, the integrated circuit socket, the switch and the 10k resistances (the bottom ones). We turn the PCB on the other side and stick the LEDs, respectively the photoresistors, but not very low as we did on the opposite side. We solder the motor cables on one side and on the other we stick them to the marked places. Assemble the engine wheels, put the screw with the screwnut, this is a 3rd point of support and it just remains to let it go!

1.Start with resistors. Identify what capacities they have, then place them on the PCB footprints as indicated and solder them;

2.Solder the two transistors just as you did with the resistors;

3.Condensers (with anode down);

4.Red LEDs;

5.Socket for integrated circuit;

6.Switch and resistances of 10k (bottom);

7.Turn the PCB on the other side and stick the LEDs, respectively the photoresistors, but not very low as you did on the opposite side;

8.Press the motor cables on one side and the other on the PCBs on the marked places;

8.Move the engine wheels;

9.Push the inflated nut (this is the 3rd support point);

10.I'll give it to you!

If you have done correctly, the result should look like in the pictures below, and if you start it and put the robot on a route with a black band underneath (most of the time, the route is done from the black strip isolated on a surface white) and it follows the line, it means you did it! Otherwise, we recommend viewing the tutorial below.


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Video tutorial: https://www.youtube.com/watch?v=OrsXyiznib4

Resistor calculator: https://www.allaboutcircuits.com/tools/resistor-color-code-calculator/

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DIY Kit Line Traking Robot

DIY Kit Line Traking Robot

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