CP25: OpAmp Design Challenge - GenYZ Team#33
CP25: OpAmp Design Challenge - GenYZ Team#33angelinaaw wants to merge 12 commits intoReaLLMASIC:mainfrom
Conversation
Copied our files from original github repository
Copied from our repository.
Copied/added picture from our original repository
|
The second stage uses a discrete BJT? According to the specification, "The op-amp should be built using the GF180MCU technology." The second stage design is out-of-spec |
|
@angelinaaw can you address these questions? also please link this issue to your team in the chipathon repo. |
Ok, thank you sir. I didn't get any notification for the previous question. I'll do it right away. |
Yes sir, thank you for pointing this out. If it's not prohibited, we're willing to revise the design and update it accordingly so that it remains within spec. |
|
@AL-255 @Subhampal9 Do you guys know if the BJT exists? |
|
There are no BJT @angelinaaw and you probably want to make your own. There are hardcoded ones here: https://github.com/mabrains/globalfoundries-pdk-libs-gf180mcu_fd_pr_fossi/tree/main/cells/klayout/pymacros/cells/bjt |
|
@msaligane Alright sir, thank you so much for the NPN and PNP cells file. However, actually our project that use BJT was only for this op-amp design challenge and might be not our main focus right now. Our main project (on main repo in sscs) doesn't use any of the BJT, but we might use it also for another project :). Our main repo is also a fork to sscs, should we make a new/separate fork to realmasic containing glayout things (list pcell, layout and phyton codes we've done, .gds file, etc)? Thank you. |
No description provided.