You need to enable JavaScript to run Flux.
jharwinbarrozo
[4-layer] Lion Circuits
Log In
Sign Up
Chat
How can I help you?
Prompt suggestions
Explain project
Write a project description
Find schematic issues
Agent
Chat
Sign up to send
Files
Schematic
Layout
3D View
9
R1
Resistance
500 Ω
C1
Capacitance
100uF
L1
Inductance
1uH
Project
[4-layer] Lion Circuits
![Schematic of [4-layer] Lion Circuits](data:image/png;base64,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)