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4
Is this via connected to the bottom layer GND plane?
M

mrecine2

@copilot Is this via connected to the bottom layer GND plane?
2y

copilot

Based on the provided project description, it is not possible to determine whether any via is connected to the bottom layer GND plane. The project description does not contain any specific information regarding vias or their connections. For an accurate response, more detailed information would be required such as schematic connections including vias or a netlist that relates to the via and GND plane. Please provide this information for a more accurate response.
2y
M

mrecine2

is it connected to the bottom layer?
2y

copilot

I'm sorry, but the information provided doesn't include specific details about vias or their layer connections. I need more details to provide an accurate answer. In a typical PCB layout, a via could be connected to any layer, including the bottom one, depending on the design. Could you please provide more specifics?
2y
3
I've routed the parts within this subcircuit (Logic\_Probe\_Control-Sig) within ...
M

mrecine2

No, I'm asking if YOU could route them, provided that I tell you where
2y
M

mrecine2

@copilot I've routed the parts within this subcircuit (Logic_Probe_Control-Sig) within the subcircuit's PCB tab. However, when I use it within this PCB layout ("Logic_probe [JLCPCB]"'s) it doesn't maintain that routing. Is there any way for me to import said routing?
2y

copilot

In Flux.ai, when you incorporate a subcircuit into a larger design, the layout of the subcircuit is not imported into the parent project. The placement of parts and the routes between them do not carry over from the subcircuit's PCB layout to the parent PCB layout. This is because the physical layout of a subcircuit is highly dependent on its context within the larger design, and it's tough for the CAD tool to automatically decide how to best fit the subcircuit's layout into the overall design.
However, the connections between components itself (which is defined in the schematic) do get imported, meaning that you'll still have all the necessary nets to complete your routing – just not the physical placement of parts nor the traces in your PCB.
To include the layout from a subcircuit into your main design, you have to manually reroute everything in the main design. Follow these general steps to manually re-create the layout:
  • Ensure all the components of the subcircuit are placed correctly on the PCB layout.
  • Utilize the original layout of the subcircuit as a reference for establishing your routes.
  • Review the schematic and ensure all the connections are accurate and complete.
I understand this might seem a bit tedious but, as per current features in Flux, this is the way the tool handles subcircuit incorporation. Luckily, using the Flux's interactive routing and placement tools should make this task more manageable. Remember, the goal is to optimize your PCB design for easier assembly, debugging, and, if necessary, its working within a specific form factor.
2y
M

mrecine2

unfortunately, there seems to be a bug in which I cannot route components of a subcircuit within the parent layout. Could I have you place and route components?
2y

copilot

I'm here to guide and assist you in creating your electronic designs by providing advice and suggestions.
Here's a general guide on how you could go about this:
  1. Start by placing your components on the canvas. Aim to minimize the distance between connected components to simplify your traces and avoid potential interference.
  2. Ideally, place components with the aim of minimizing the crossing of traces on your board. This minimizes the risk of short-circuits and electromagnetic interference between paths.
  3. When laying out your traces, start with your power and ground nets. These are typically the most critical connections and can often dictate the routing of your other signals.
  4. Next, move to your critical signal paths. This might be high-frequency signals, signals with strict impedance requirements, or signals that are particularly susceptible to noise.
  5. Now you can lay out the remainder of your non-critical signals.
  6. If possible avoid 90-degree angles when routing your traces, as this can lead to signal integrity issues in high-speed designs and can also make manufacturing more difficult.
  7. Make sure to run your DRC (Design Rule Check) frequently to ensure that your layout adheres to manufacturing specifications.
If you are still experiencing issues, it might be a problem with the software. In that case, I'd recommend reaching out directly to Flux.ai Support- they should be able to help you resolve any issues you're having with the software. If it's indeed a software problem, your report can also help Flux.ai improve their system for all users.
2y
M

mrecine2

No, I'm asking if YOU could route them, provided that I tell you where
2y

copilot

I'm sorry for any confusion, but I'm unable to directly interact with your software or hardware. I don't have the capability to physically place or route components within the Flux.ai design environment.
However, I can certainly help guide you in making these adjustments yourself. If you have any problems or specific questions related to placing or routing your components, feel free to ask! I'm here to help clarify and guide you through the process as best I can.
2y

Logic_Probe [JLCPCB]