Fixing PCB Airwire Errors

Because no edit was actually executed on the schematic.
What happened is:
  • I summarized the target rail mappings in chat, but the turn did not produce a successful project modification result.
  • The project-modification guidance shows that net renaming/editing must be done through actual project rewrite tools such as rewrite_designators or rewrite_project_nets; describing the nets in chat does not apply the change by itself
  • The same skill doc also makes clear that project changes require a modifying tool path, not just a textual summary
So the short version is: I answered with the intended net map, but I didn’t successfully perform the mutation.
Also, there’s a second issue in your request:
  • A few of the node definitions you gave don’t exactly match the project’s current connectivity anymore. For example, your requested +12V node includes IC1 IN, while your requested VIN_PROTECTED node also includes IC1 IN in the earlier implementation history, so that rail naming needs one careful pass against the live schematic before applying it.
If you want, I can now do this properly by:
  • checking the current live schematic nets,
  • matching each existing node to your intended rail name,
  • then applying only the net-label/designator changes with no connection changes.
Fix the net labels
Keep IC1 IN separated
Show current rail mapping
IC2
J2 1 - J3 1
L1 2 - C6 P1
IC1 FB - C14 P1
U1 BST - C5 P1
R2 P2 - R3 P1
GND
R2 P2 - R3 P1
L1 2 - C6 P1
IC1 GND - IC1 EP
R2 P2 - R3 P1
IC1 GND - IC1 EP
L1 2 - C6 P1
GND
R1 P2 - U1 EN
U2 VOUT - C9 P1
J1 1 - D1 1
R1 P2 - U1 EN
U3 VOUT - C11 P1
IC2 VOUT - C17 P1
GND
L1 2 - C6 P1
J2 1 - J3 1
IC1 GND - IC1 EP
L2 2 - C12 P1
L2 2 - C12 P1
U2 VOUT - C9 P1
J2 1 - J3 1
GND
L2 2 - C12 P1
L1 2 - C6 P1
IC1 GND - IC1 EP
L1 2 - C6 P1
U1 SW - L1 1
GND
U1 SW - L1 1
U2 VOUT - C9 P1
J1 1 - D1 1
L1 2 - C6 P1
J2 1 - J3 1
IC1 GND - IC1 EP
IC1 GND - IC1 EP
IC1 FB - C14 P1
U2 VOUT - C9 P1
IC1 NR/SS - C15 P1
L1 2 - C6 P1
U1 BST - C5 P1
L1 2 - C6 P1
IC1 FB - C14 P1
U3 VOUT - C11 P1
U1 SW - L1 1
IC2 VOUT - C17 P1
U3 VOUT - C11 P1
J1 1 - D1 1
J1 1 - D1 1
J1 1 - D1 1
IC1 NR/SS - C15 P1
U2 VOUT - C9 P1
J2 2 - J3 2
J3
GND
TP4
GND
U3 GND - C10 P2
GND
R1
Resistance
100kΩ
GND
C8
Capacitance
1uF
C13
Capacitance
10uF
R3
Resistance
24.9kΩ
C11
Capacitance
2.2uF
IC2 GND - C16 P2
U2 GND - C8 P2
U3 GND - C10 P2
C1
Capacitance
100uF
IC2 GND - C16 P2
C5
Capacitance
100nF
C18
Capacitance
100uF
J2 2 - J3 2
GND
TP3
U3 GND - C10 P2
GND
U2 GND - C8 P2
J2
C14
Capacitance
10uF
C12
Capacitance
10uF
GND
C15
Capacitance
1uF
C16
Capacitance
1uF
GND
TP2
C17
Capacitance
1uF
C3
Capacitance
22uF
C7
Capacitance
47uF
R2
Resistance
100kΩ
J2 2 - J3 2
C10
Capacitance
1uF
C9
Capacitance
2.2uF
J1
C2
Capacitance
100nF
J2 2 - J3 2
C6
Capacitance
47uF
J4
IC2 GND - C16 P2
C4
Capacitance
22uF
GND
U2 GND - C8 P2
GND
IC1
U3
TP1
U2
U1
D1
L2
L1

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    48V Pass-Through Power Distribution

    48V Pass-Through Power Distribution thumbnail
    This project is the core of the Caldera Loudspeakers, incorporating the SoC, DSP, amplifier, and all required electronics.

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