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is my schematic right ?
time2shine

time2shine

@copilot is my schematic right ?
2y

copilot

Let's review your schematic to make sure the connections make sense and will operate as intended. Here's a quick overview of your connections based on the provided netlist:
  1. Battery BATT2 (5V):
    • BATT2:+ Not connected explicitly in the description.
    • BATT2:- Connected to $R2:P1$.
  2. Resistor R2 (1kΩ):
    • $R2:P1$ Connected to BATT2:-.
    • $R2:P2$ Connected to $Q1:B$.
  3. Transistor Q1:
    • $Q1:B$ Connected to $R2:P2$.
    • $Q1:E$ Connected to Net 1 (not connected explicitly in the description).
    • $Q1:C$ Connected to $R1:P1$.
  4. Resistor R1 (100Ω):
    • $R1:P1$ Connected to $Q1:C$.
    • $R1:P2$ Connected to $LED1:K$.
  5. LED1:
    • $LED1:K$ Connected to $R1:P2$.
    • $LED1:A$ Connected to Net 2 (not connected explicitly in the description).
  6. Battery BATT1 (12V):
    • BATT1:+ Not connected explicitly in the description.
    • BATT1:- Not connected explicitly in the description.
Based on your schematic description, it looks like there are missing connections to the power supplies and ground. Here are my recommendations:
  1. Connect power supply sources:
    • Connect BATT2:+ to the 5V rail (assuming this is for the 5V battery circuit).
    • Connect BATT1:+ to the 12V rail (if you intend to use 12V for another circuit).
  2. Close existing loops:
    • Connect the emitter of the transistor to ground.
      • Connect $Q1:E$ to $BATT2:-$.
    • Connect the anode of the LED to the power supply.
      • Connect $LED1:A$ to $BATT2:+$.
Here's a more detailed set of connections you should add:
  • Connect BATT2:+ to the 5V rail.
  • Connect BATT1:+ to the 12V rail.
  • Connect BATT2:- to ground.
  • Connect $Q1:E$ to ground.
  • Connect $LED1:A$ to the 5V rail.
With these additions, your circuit will be complete. If some assumptions are incorrect or if you have more specifics about your project requirements, please let me know!
2y
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LED1
R1
Resistance
500 Ω
BATT1

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