FPGA clock and reset trees
The Clock and reset trees are shown as follows
A block diagram of the FPGA logic is shown as follows:
ePixHr10KModel internal works:
Using the prototype board
The prototype board is located al lab 1 and is connected to a power source and a server called rdsrv317. To bring up the software, you would need to ssh to rdsrv317, power up the board, and bring up the software as shown in the following sections.
Power up the board
Power up the board
#ssh to rdsrv317 ssh rdsrv317 #clone the power supply interface repository git clone git@github.com:slaclab/hmp4030 #create enironment source setup_env.sh conda env create -f environment.yml conda activate conda_env #add your user to dialout group sudo usermod -a -G dialout <USERNAME> #run interface cd software python main.py -p 'ASRL/dev/ttyACM0::INSTR' -c 3
Bring up software
Bring up software
ssh rdsrv317 #clone project repository git clone --recursive git@github.com:slaclab/ePixHR10k-2M-dev.git -b hwTesting cd ePixHR10k-2M-dev/software source setup_env_slac.sh #open the software cd scripts cp ../../firmware/python/ePixViewer/software/runLiveDisplay.py . python devGui.py
Using Jupyter notebook
Jupyter notebook
ssh rdsrv317 #get the repo git clone --recursive https://github.com/slaclab/ePixHR10k-2M-dev.git -b fixViewer cd /ePixHR10k-2M-dev/software/notebook bash #Activate environment source ./setup_env.sh #open Jupyter notebook ./runJupyter.sh
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