Open Source Scientific Equipment: Difference between revisions
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#[[Smart Phone Tachometer]] - this is primarily technique. App needs opensourcing. Use crosspower spectra and averaging to do better with noise. | #[[Smart Phone Tachometer]] - this is primarily technique. App needs opensourcing. Use crosspower spectra and averaging to do better with noise. | ||
#[[Open Source Gene Sequencing]] | #[[Open Source Gene Sequencing]] | ||
#[[Open Source MRI Machine]] | |||
=Links= | =Links= | ||
*[[Public Lab]] provides OSHWA compliant design! Ask them about collaboration and business model | *[[Public Lab]] provides OSHWA compliant design! Ask them about collaboration and business model | ||
*[[Open Source Lab]] - from Michigan Tech (MTU) | *[[Open Source Lab]] - from Michigan Tech (MTU) | ||
Revision as of 15:21, 5 March 2019
For the needs of open source OSE research, these open source tools are required:
- Raspberry Pi Tablet - for data acquisition, processing, and controls - using fully customizable microprocessor/computer system.
- Open Source Microscope
- Dial indicator
- Temperature and humidity logger
- Power Meter - for logging electrical power usage
- Oscilloscope
- Sensor systems - precision distance measurement (laser, IR, ultrasound)
- Ultrasound distance sensor
- X ray camera
- Basic spectrometer -
- Telehandler - remote control + Universal Axes
- Sound spectrum analyzer - for example, engine firing
- Smart Phone Tachometer - this is primarily technique. App needs opensourcing. Use crosspower spectra and averaging to do better with noise.
- Open Source Gene Sequencing
- Open Source MRI Machine
Links
- Public Lab provides OSHWA compliant design! Ask them about collaboration and business model
- Open Source Lab - from Michigan Tech (MTU)