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24 v
2y

copilot

It looks like you're working with a step-down transformer ($E141$) and a set of four diodes ($1N4007RLG$). Assuming you want to create a power supply that steps down from a higher AC voltage to 24V DC, you might want to use a bridge rectifier configuration.
Suggested Connections:
  1. Transformer Connections:
    • Connect $U1:1$ to the AC input.
    • Connect $U1:2$ to the AC input.
  2. Diode Bridge Rectifier Connections:
    • Connect $U1:3$ to $D1:anode$.
    • Connect $U1:3$ to $D2:cathode$.
    • Connect $U1:4$ to $D3:anode$.
    • Connect $U1:4$ to $D4:cathode$.
    • Connect $D1:cathode$ and $D3:cathode$ together to form the positive output.
    • Connect $D2:anode$ and $D4:anode$ together to form the negative output (ground).
Full Connection List:
  • Connect $U1:1$ to AC input live.
  • Connect $U1:2$ to AC input neutral.
  • Connect $U1:3$ to $D1:anode$ and $D2:cathode$.
  • Connect $U1:4$ to $D3:anode$ and $D4:cathode$.
  • Connect $D1:cathode$ to $D3:cathode$ (positive output).
  • Connect $D2:anode$ to $D4:anode$ (negative output/ground).
Next, you might need to add some filtering capacitors to smooth out the rectified signal. Is there anything specific you would like to add or modify in this setup?
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