16bit+bidirectional+transreceive

The high speed low power schmitt trigger circuit is used for tristate buffer and control signals are generated using digital logic circuits.

To interact with this project, please go to 'My Settings' (upper right menu) > 'SSH Keys' and add your SSH key.

If you are starting a brand new project without a local repository, here are the suggested commands:

git clone ssh://git@repositories.efabless.com/pallavidarji/16bit+bidirectional+transreceive.git
cd 16bit+bidirectional+transreceive
... do some changes
git push -u origin EC

If you already have a local Git repository, initialized with git init, you will need to associate your local repository with the Efabless Repository remote location. The following commands will add Efabless Repository as a remote repository and push your changes to the EC branch.

git remote add origin ssh://git@repositories.efabless.com/pallavidarji/16bit+bidirectional+transreceive.git
git push -u origin EC

If you already have a remote repository, for example one on GitHub, use the command below to add another remote Git repo (make sure that each repo has its unique ID, e.g. origin, ef-repo in the example below).

git remote add ef-repo ssh://git@repositories.efabless.com/pallavidarji/16bit+bidirectional+transreceive.git
git push -u ef-repo EC