To conclude the subject of a Parallel and Serial two circuits each have their individual voltage source represent how data is transmitted is the ground wire and data would connect the two integrated circuits for lack of frequency cable also provided by the LM555 also share but in a real transmission each must have its own oscillator.
As I mentioned earlier in the integrated circuit can convert parallel data to serial form is 74LS165 and 74LS164 integrated circuit that performs the opposite process converts serial to parallel this way we can and make a digital transmission but would require a system that later it would give the encoding and decoding.
Used Components:
- 1 LM555 IC.
- 1 CI 74LS164.
- 1 CI 74LS165.
- 1 Dipswitch 8 Pin.
- 1 10uF 16V Electrolytic Capacitor.
- 1 10nF Ceramic Capacitor.
- 1 100K Ohm potentiometer.
- 1 10K ohm resistor 1 / 2 Watt.
- 1 CI 74LS374.
- 2 CMOS IC 4017.
- 2 CI 74LS04.
- 8 Ohm Resistor 220R 1 / 2 Watt.
- 13 Ohm Resistor 330R 1 / 2 Watt.
- 13 Led.
As I mentioned earlier in the integrated circuit can convert parallel data to serial form is 74LS165 and 74LS164 integrated circuit that performs the opposite process converts serial to parallel this way we can and make a digital transmission but would require a system that later it would give the encoding and decoding.
Used Components:
- 1 LM555 IC.
- 1 CI 74LS164.
- 1 CI 74LS165.
- 1 Dipswitch 8 Pin.
- 1 10uF 16V Electrolytic Capacitor.
- 1 10nF Ceramic Capacitor.
- 1 100K Ohm potentiometer.
- 1 10K ohm resistor 1 / 2 Watt.
- 1 CI 74LS374.
- 2 CMOS IC 4017.
- 2 CI 74LS04.
- 8 Ohm Resistor 220R 1 / 2 Watt.
- 13 Ohm Resistor 330R 1 / 2 Watt.
- 13 Led.
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