Remote Electronic Score-Board Build - Part.7

Stage.7 on building up the Remote Electronic Scoreboard system module.

NOTE: (One counter is needed per Team.)

Now you can build your own high -tech laser-tag system using Arduino, bringing the futuristic thrill of laser-tag Innovations kits - directly to you. This laser-tag system is a fully functional laser-tag set in kit-form, allowing you to build your own arena and gear.

The complete kit comes with all parts includes the following items (front, back, Phaser Gun parts and Shoulders 3D case, all Resistors, Transistors, I/R receiver diodes, I/R Tx diodes, Laser, Battery Charger, Cable and Body vest with cable and fixing plates attached for you. (plug & play)

Build your own DIY Laser-tag system “Great fun” Ideal for schools, clubs, and hobbyists

If you want to purchase a complete kit ( All parts supplied) or a Short-form kit (All PCBs components assemble

and tested only) Also you can purchase any spare parts as well. Please Contact us.

Contact Information:

James Email: ledxtreme27@gmail.com

David: Email: inspectholdings@outlook.com

Assemble Stages

1. Front Pack build - Part.1
2. Back Pack build - Part.2
3. Shoulders Left/Right build - Part.3
4. Vest Assembly Part.4
5. Phaser Gun build - Part - 5
6. Battery Charger build - Part.6
7. Remote Electronic Score-Board build - Part.7
8. "New" Sentry Target Control build - Part.8 (In the Development stage)
9. "New" EMC Terminator Control Device build - Part.9 (In Development stage)

Laser-tag front pack kit, before starting this project. Please check all parts against the ----- list below.

FRONT LASER PACK PARTS ONLY

DESCRIPTION QTY

S/B PCB ----------------------------------------------- 1

Zero Ohm Resistor ----------------------------------- 1

1k8 Ohm ---------------------------------------------- 8

51k Ohm Resistor ------------------------------------- 1

330 Ohm Resistor ------------------------------------ 2

27 Ohm Resistor ------------------------------------- 28

7805 Voltage Regulator ------------------------------ 1

Micro chip (programmed) Nano ---------------------- 1

Micro chip (programmed) Min Pro ------------------- 1

BC327 Transistor ------------------------------------- 3

BC337 Transistor ------------------------------------- 4

HT-12D Decoder IC ----------------------------------- 1

2 Pin 2.54 Connect Socket ---------------------------- 2

9 Volt DC Power Supply ------------------------------ 1

4.8mm Straw-hat LED --------------------------------- 2

5mm Super bright LEDs ------------------------------ 140

100uF 16V Electro Cap --------------------------------- 3

433MHz Receiver Module ----------------------------- 1

1000uF Electro Cap ------------------------------------ 1

0.1uF Cap ---------------------------------------------- 6

Insert and solder all the resistors to the PCB in the kit.

Insert and solder all mylar capacitors 0.1uf - (104) to PCB.

Insert and solder all Electro capacitors 100uf 16 volt - to PCB.

Now insert the BC337 and the BC327 transistors.

NOTE: The flat side of the transistor goes toward the flat side on the PCB.

Insert the encoder IC with the notch facing towards the top of the PCB and solder. Then insert the encoder IC with the notch facing towards the top of the PCB and solder. Then the Decoder IC at the bottom of the PCB. (Next to the Nano Controller module)

Insert and solder the Arduino Nano (programmed) module to PCB. NOTE: Make sure it is inserted the right way round before soldering in place.

Solder the 5mm Super bright LEDs to PCB.

Insert the 433MHz Rx module facing the correct way round in the PCB and solder.

To set up a code on the Encoding IC solder or place a wire link on one of the pads.

Insert and solder the Volt Regulator

Here the complete finished front PCB, now ready for testing. Check that components are solder and inserted the correct way round (Arduino modules, Reg, Transistors, and Arduino micro)

Do the same Assembly again for the other counter PCBs that is supplied with this kit.