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Semi-ATE

Semiconductor Automated Test Equipment

GitHub Conda Supported Python versions CI-CD

GitHub release (latest SemVer) GitHub commits since latest release (by date) GitHub issues GitHub pull requests

Semi-ATE is a tester- and instruments AGNOSTIC framework for Semiconductor ATE ASIC testing projects.

This means that the system is not build around a specific instrument (let's consider an ATE tester for a moment as a super instrument), it rather focuses on organizing semiconductor testing in such a way that all use- (and special) corner cases have their well known place. This enables the users (read: DE's, TCE's, TE's & PE's) to focus on the REAL work, being the writing of good, fast and stable tests. Organizing tests into test-programs and test-programs in to flows is handled by wizards, so the only code that needs writing is the actual test! (motto: Code is our enemy)

The Semi-ATE package is written purely in Python (noarch) and provides besides libraries also a plugin to the Spyder IDE.

Packages

The Semi-ATE project is maintained in this single repository, however it is released as a set of packages (all with the same version number) to accomodate the different use-cases.

Package Name PyPI Version conda Version feedstock
Semi-ATE-common PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-project-database PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-sammy PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-plugins PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-testers PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-spyder PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-apps-common PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-control-app PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-master-app PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-test-app PyPI Conda (channel only) conda-forge feedstock
Semi-ATE-installer PyPI Conda (channel only) conda-forge feedstock

3rd party packages needed:

mosquitto : Conda (channel only) conda-forge feedstock

=== Installation of the packages can be achieved via conda or pip.

Installation using pip

Each package can be installed using python -m pip install <package-name>:

python -m pip install semi-ate-common
python -m pip install semi-ate-project-database
python -m pip install semi-ate-sammy
python -m pip install semi-ate-plugins
python -m pip install semi-ate-testers
python -m pip install semi-ate-spyder
python -m pip install semi-ate-apps-common
python -m pip install semi-ate-control-app
python -m pip install semi-ate-master-app
python -m pip install semi-ate-test-app

Or all at once:

python -m pip install semi-ate-common semi-ate-project-database semi-ate-sammy semi-ate-plugins semi-ate-testers semi-ate-spyder semi-ate-apps-common semi-ate-control-app semi-ate-master-app semi-ate-test-app

Installation via Conda

To be defined

Installation via Conda (Development mode)

we use maxiconda (https://www.maxiconda.org) , because it is free and open source conda installer.

Create an environment in conda and install semi-ate in it:

(base)~$ mamba create -n Semi-ATE python=3.9 spyder=5.4.3
(base)~$ conda activate Semi-ATE
(Semi-ATE)~$ mkdir -p ~/repos/Semi-ATE
(Semi-ATE)~$ cd ~/repos/Semi-ATE
(Semi-ATE)~/repos/Semi-ATE$ git clone https://github.com/Semi-ATE/Semi-ATE.git
(Semi-ATE)~/repos/Semi-ATE$ cd Semi-ATE
(Semi-ATE)~/repos/Semi-ATE/Semi-ATE$ python scripts/package_tool.py --change-env cicd
...

For the development of testflows, tests and debugging, the easiest way is to use the plugin lab_control for spyder:

cd src/ATE_spyder/ate_spyder_lab_control
pip install -e .

Installation and running on a MiniSCT

that is describe here

Development Process

Test program development process documentation can be found here

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project-template's Issues

CAP0201 & RES0201

set to manual solder sliver, and close the gap with a fill the gap

JUMPERSMD ➜ JUMPERSMD-OPEN & JUMPERSMD-CLOSE

we need 2 footprints for this :

  • JUMPERSMD-OPEN ➜ remove the solder mask as we don't want that, also between the pads, ther should be NO solder resist
  • JUMPERSMD-CLOSE ➜ add solder mask but not the complete pad (see 3D model) and there should be solder resist between the pads.

Data sheet of the component : JP 5110.pdf

5110.STEP.zip

When you work on that one, maybe better to do it on-line with Martin and me watching 😋

Topic to discuss : do we need 2 schematics for them ? (then we can work with variants and it is clear in the schematics if it is open or closed from production side ...)

Missing Footprints

Some parts in the SCT8 schematic lib seems to have footprints which are not available in the associated PCB lib (e.g. LEDs)

TI-WQFN10

The solder sliver is too small, and we can't make it 100um, so we need to fill the too-small gap with a polygon.

Manufacturer Partnumber shown on Schematic

The Manufacturer Partnumber should not be shown in the Schematics, instead the Value should be shown. The Manufacturer Partnumber contains information like reel size, packaging, etc which shall not be shown in the Schematics.

Altium Folder Mash

Hi Tom,

I would like to clear and arrange a bit the folder for the Altium Project Template.
There are a lot of files and folders which are not for this location/repo.

Also I would like to edit some things to the gitignore as currently the History and the __Preview are still pushed to the server.
I have checked how we are doing them currently and the text is as follows " */__Previews and */History ".
Please let me know in slack when you have half an hour tomorrow.

Thanks in advance!

Best regards,
Daniel

LFCSP32

the solder window is ... not corrected ?

Q64.10x10E

Please remove the exposed pad to the bottom (it is on the top of the package)

SILABS-QFN40

Please also do the solder magic on this part.

AD5560

Exposed pad to the bottom does not extist, it is only on the top side.

  1. in schematic library remove the EP pin
  2. in footprint library remove the EP pad

this is for Semi-ATE (martin did this already for SCT8)

CB-4-1

Solder mask expansion is 0 instead of 50um

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