Control tool of ADC monitor board, "rubis" on Raspberry Pi
Project description
rubis
ADC board for 16 channels Slow Control on Raspberry pi. This repository provides board design and control software.
Feature
- Standalone
- Inexpensive
- Multi channels (16 ch) and additional connectors (4 ch)
Hardware components
- rubis board - less than 5 dollars at elecrow
- PIN Socket
- ADC Board * 1--4
- BNC Connector ( * 4, optional)
- SMA Connector ( * 4, optional)
- LEMO Connector (Optional)
Software
Install
Before run, enable I2C on Raspberry Pi. (sudo raspi-config
)
Then, type pip install rubis
The rubis
binary will be provided at ~/.local/bin/rubis
Usage
When you execute rubis
without option, default configurations will be used.
You can use your custom configuration file with -f
option.
Some options can be overwrited with options.
rubis -g
generates template config file.
Edit them, then run rubis -c custom_config.json
.
Config option
Configure name | Description | Option | Overwrite option |
---|---|---|---|
path |
Path to store the data | Default: "./" | -p |
file_header |
File header of generated file | Default: "sc" | -h |
naming |
Naming style of file | 'head-date-hash', 'head-hash', 'date-hash', 'hash', 'head-date' | -n |
time_interval_sec |
Data taking time interval (sec) | Default: 10 | -t |
available_boards |
List of available ADS1115 boards | Default: [1,2,3,4] | |
sources |
Setting for each channels |
The sources should be set like,
"1":{
"name": "ch1",
"description": "channel 1",
"type": "raw"
},
The name
is used for csv header. For the type
, "raw"
and "volt"
are available.
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