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What do GND and VCC mean in electronic schematics for robots and circuits?

Podkanowicz 84161 10
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 2502576
    Podkanowicz
    Level 11  
    I have such a question, I know that it is very stupid, but I am looking for the third day on googles and I can not find it, I know that the GND marking means mass and that it is some kind of grounding, only that in the robot that goes, it is difficult for the cable to be in the ground .. . and Vcc means the power supply only that there is only one cable in the diagrams, marked vcc and it is impossible to connect with the plus itself, I would ask you to clarify the topic for me
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    #2 2502636
    jacynka84
    Level 26  
    GND is also a minus of the battery or battery or other energy source. Vcc is a plus of these power supply methods ...
    And give a diagram so you can see what's going on. only commission not set ...
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  • #3 2502712
    Podkanowicz
    Level 11  
    What do GND and VCC mean in electronic schematics for robots and circuits?
    e.g. here in the place where there is a power sign and then the resistor there is only one cable and in many places there is a mass mark these black lines where to connect them?
  • Helpful post
    #4 2502747
    karlos79
    Level 33  
    Hello
    + 5V this is the power supply, i.e. Vcc
    Gnd to is ground, in this case minus of the power supply or battery.
    You connect the power supply to the 20 Prock legs and to the R9.
    In general, this system is a bit incomplete because the RESET leg is hanging in the air.
    The circuit will work, but it may be tripping. Give a 10k resistor between Vcc and RESET and a 100nF ceramic capacitor between reset and GND.
    greetings
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  • #5 2502752
    Podkanowicz
    Level 11  
    well, where the 8mhz is connected, there are 2 disadvantages and there is nowhere to put them on
  • #6 2502775
    karlos79
    Level 33  
    Hello
    The layout is as simple as the flail design.
    Good translators one by one.
    On the one hand, the button is connected to the ground, because the procek detects logical 0 on the PD0 pin and takes some action.
    The diode will light up when the procec sets logical 0 on PB0.
    I will not even mention condensers :)
    There is still the Prock leg left - I think it is also understandable.
    Power foot 20 and power supply to the diode :P
    greetings
    PS
    This 8Mhz is quartz.
    As you can see, it is inserted between the two legs of the Prock.
    There are also 33pF ceramic capacitors attached to them - a quartz leg, a Prock leg, and on the other side - mass.
  • #7 2502803
    Podkanowicz
    Level 11  
    omg but my point is that these masses are too much earlier, someone told me that I am potting the mass to the minus, so I have 2 inputs to the plus and 4 to the minus
  • Helpful post
    #8 2502821
    karlos79
    Level 33  
    All these masses meet at one point on the battery terminal.
    You do the same with power.
    Simply for the clarity of the diagram, graphic symbols were used instead of drawing all the connections.
  • #9 2502887
    Podkanowicz
    Level 11  
    thanks a lot for something like that and this battery clamp is what is it?
    downside of the battery?
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    #10 2502920
    karlos79
    Level 33  
    Hello
    The battery has two plus terminals, i.e. Vcc and minus, i.e. in your case GND mass.
    greetings
  • #11 2503858
    slawko_k
    Level 35  
    buddy podkanowicz.
    if you do not understand elementary concepts and the principle of drawing diagrams in spite of the multifaceted translation, you probably do not know that this scaler on your at90s2313 schematic is a microcontroller and that it works, you must first write a program for it and load it to its internal memory. without it, nothing will do you

Topic summary

The discussion revolves around the meanings of GND and Vcc in electronic schematics. GND represents the ground or negative terminal of a power source, while Vcc indicates the positive terminal. Users express confusion regarding the connections in their circuit diagrams, particularly the representation of multiple ground connections and the necessity of connecting components correctly. Suggestions include connecting all ground points to a single battery terminal and ensuring proper resistor and capacitor placements for stability. The importance of programming the microcontroller (AT90S2313) is also highlighted, as it is essential for the circuit's functionality.
Summary generated by the language model.
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