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D2-1 Intelligent Tracking Car

D2-1 Intelligent Tracking Car
  • D2-1 Lijn volg robot - DIY kit 100x80
  • D2-1 Lijn volg robot - DIY kit 100x80
Item number12711
BrandElecrow
ModelAPK14055C
Stock
Only 7 left in stock
Expected shipping date: Tuesday 3 July.
Shipped from  € 4,95 - Nederland

Description

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 driver, ir sensor, C51 MCU). The smart kit is designed based on the principle of infrared sensor and light reflectivity difference 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 circuit 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.
Easy to make, we do not supply you with a manual, instead we supply you some assembly steps and schematic.

The first step: Part of the circuit welding
This part is relatively simple, according to the principle of welding the original height from low to high as the welding sequence. First we should solder eight resistors, do not forget to use a multimeter to confirm their resistance. Some other polar components, such as triode, led lights, electrolytic capacitors, etc.. These components need to refer to our picture  to the direction of welding, welding capacitors, the short pin is negative. When welding the LED, the long pin is positive. Note that the welding time can not be too long, which may burn the components, D4, D5, R13, R14 can be temporarily not welded, integrated circuit chip can also be temporarily not inserted into the base.

Step 2: Mechanical assembly
First of all we need to use screws and nuts to fix the caster on the PCB board, and then paste the battery box  on the PCB board through the double-sided adhesive, the battery box on the wire through the reserved hole and then welded to the PCB board, red line connect to the + 3V power supply, yellow line link to grounding, then we need to assemble the wheels, first  connected the fixed hole to the paddle of the motor, and then fixed with a screw to prevent the wheels off, finally need to have two wheels with motor to affixed to a fixed position on the PCB board. Finally, the wire of the motor is also welded to the fixed position on the pcb board.

Step 3: Install the photoelectric circuit
Install the photoresistor and the light-emitting diode on the opposite side of the pcb, that is, at the bottom of the car's front, keep the ground distance of about 5mm, and keep the resistance and the distance between the diodes is about 5mm, and finally the power test.

Step4: Car debugging
Plug the two AA batteries into the battery box, and then turn the switch to the "on" position, the car should be kept moving forward, this time if you hold the left of the photosensitive resistor, the car on the right side of the wheel should turn, if you hold the right of the resistor, the left side of the wheel should be rotated, if the car has been running back, then as long as exchange of the wire of two motor at the same time, if only one side of the back, then only need to exchange the the wire of back side.

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