Convert .sch File to Component

flux

Yes — the .brd file is useful as a PCB/footprint reference, but it is not the ideal direct-import source for creating a reusable Flux part.
From the attachment workflow, Eagle .brd and .sch files are parsed as EDA design files so they can be used to extract design data and guide migration/reconstruction . But for direct part import, Flux expects EDA library files such as .lbr, .kicad_sym, .kicad_mod, .SchLib, .PcbLib, .IntLib, .json, or .olb .
So the practical breakdown is:

Table

What you wantBest source fileHow feasible from .brd
Recreate the PCB footprint / land pattern.brd or library footprint fileGood
Create a reusable Flux part with symbol + pins + footprintLibrary file or datasheet + pin tablePossible, but indirect
One-click import as a partLibrary fileNo, not from .brd alone
What the .brd helps with:
  • Pad geometry
  • Hole sizes / drill locations
  • Board outline and mechanical spacing
  • Placement reference for rebuilding the footprint or breakout board layout concept
What it usually does not solve by itself:
  • Clean symbol definition
  • Exact pin metadata for a reusable part project
  • A direct @import path, because that workflow is for library files, not board design files
So the best next step is:
  1. If you have the matching .lbr file, send that too. That is the best path for import.
  2. If not, the .brd + .sch + datasheet combination is enough to recreate the part/footprint manually.
  3. If your real goal is just to design a PCB based on this breakout, the .brd is already a strong reference input for copying the footprint/mechanical layout approach .
If you want, I can next help you choose between:
  • rebuilding this as a reusable part, or
  • starting a new PCB design using this board as the footprint/mechanical reference.
List library parts
Import breakout parts
Check existing matches
Inspect board contents
Sign up to send

Files

Pins

Symbol

Layout

Preview

C14
C4
C13
C5
C6
C1
C7
C8
EN
C15
S2
C10
C3
C12
C9
C0
S3
SIG
VCC
S0
C2
C11
GND
S1
Name
Pin #
Type
Current
Max Current
Part Type
Pin Orientation
Section
C0
1
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C1
2
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C2
3
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C3
4
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C4
5
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C5
6
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C6
7
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C7
8
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C8
9
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C9
10
Bi-Directional
0.025A
0.025A
Terminal
Left
Interface
C10
11
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
C11
12
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
C12
14
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
C13
15
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
C14
16
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
C15
17
Bi-Directional
0.025A
0.025A
Terminal
Right
Interface
GND
18
Power In
0.05A
0.05A
Terminal
Left
Power
VCC
19
Power In
0.05A
0.05A
Terminal
Right
Power
EN
20
Input
0.025A
0.025A
Terminal
Right
Enable
S0
21
Input
0.02A
0.02A
Terminal
Right
Interface
S1
22
Input
0.02A
0.02A
Terminal
Right
Interface
S2
23
Input
0.02A
0.02A
Terminal
Right
Interface
S3
24
Input
0.02A
0.02A
Terminal
Right
Interface

SparkFun Analog/Digital MUX Breakout - CD74HC4067