When using multipart components (like 7400 or resistor networks) the BOM lister in "single part per line" behaves in this way:
- If "list sub components" is unchecked it works correctly, producing this:
CAY10-104J4 4 Pkg R108, R101, R102, R103
- If "list sub components" is checked it doesn't emit the sub part identifier like this:
CAY10-104J4 13 Pkg R108, R101, R101, R101, R101, R102, R102, R102, R102, R103, R103, R103, R103
Which is less-than useful with locked-part multicomponents (example: the FDG6320C contains a N-MOS and a P-MOS, and I would see if I have a 'spare' P-MOS lying around, and where). I'd propose to simply add the sub identifier in this case.
When using multipart components (like 7400 or resistor networks) the BOM lister in "single part per line" behaves in this way:
- If "list sub components" is unchecked it works correctly, producing this:
CAY10-104J4 4 Pkg R108, R101, R102, R103
- If "list sub components" is checked it doesn't emit the sub part identifier like this:
CAY10-104J4 13 Pkg R108, R101, R101, R101, R101, R102, R102, R102, R102, R103, R103, R103, R103
Which is less-than useful with locked-part multicomponents (example: the FDG6320C contains a N-MOS and a P-MOS, and I would see if I have a 'spare' P-MOS lying around, and where). I'd propose to simply add the sub identifier in this case.