Talk:Open Source Benchtop Power Supply: Difference between revisions

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An advantage of such opensource instruments over buying a [https://www.youtube.com/watch?v=X4_iRB2DIW8&t=407s used proprietary instrument on ebay] or whatever, is with proprietary instruments usually communications ports (e.g. RS232, USB, ethernet, GPIB, CAN bus) are all usually optional add-ons for additional cost at manufacture (non-standard), and such an instrument might not have any means of interface with a computer. And if they do, their functionality may be limited (e.g. only telemetry available is what is currently displayed on the display panel of the device, and at e.g. only 1Hz vs 4-60Hz readings). There is a lot of functionality lacking in the cheaper ([https://www.newark.com/b-k-precision/1697b/bench-power-supply-prog-5a-40v/dp/39AH4178 $400ish programmable DC power supply] [https://www.newark.com/b-k-precision/2831e/multimeter-digital-bench-4-1-2/dp/53R0915 $400ish programmable DMM]) proprietary models (both new and used) in comparison with more expensive models.
An advantage of such opensource instruments over buying a [https://www.youtube.com/watch?v=X4_iRB2DIW8&t=407s used proprietary instrument on ebay] or whatever, is with proprietary instruments usually communications ports (e.g. RS232, USB, ethernet, GPIB, CAN bus) are all usually optional add-ons for additional cost at manufacture (non-standard), and such an instrument might not have any means of interface with a computer. And if they do, their functionality may be limited (e.g. only telemetry available is what is currently displayed on the display panel of the device (eg only volts not amps unless button pressed or annoying remote mode toggled), and at e.g. only 1Hz vs 4-60Hz readings). There is a lot of functionality lacking in the cheaper ([https://www.newark.com/b-k-precision/1697b/bench-power-supply-prog-5a-40v/dp/39AH4178 $400ish programmable DC power supply] [https://www.newark.com/b-k-precision/2831e/multimeter-digital-bench-4-1-2/dp/53R0915 $400ish programmable DMM]) proprietary models (both new and used) in comparison with more expensive models.


For electronics development I think the EEZ Studio is really top notch, for running experiments, automatically recording results, etc. Typically labs make their own in-house means of achieving such work...
For electronics development I think the EEZ Studio is really top notch, for running experiments, automatically recording results, etc. Typically labs make their own in-house means of achieving such work...


--[[User:Andrewusu|Andrewusu]] ([[User talk:Andrewusu|talk]]) 08:41, 23 November 2020 (UTC)
--[[User:Andrewusu|Andrewusu]] ([[User talk:Andrewusu|talk]]) 08:41, 23 November 2020 (UTC)

Revision as of 18:01, 23 November 2020

An advantage of such opensource instruments over buying a used proprietary instrument on ebay or whatever, is with proprietary instruments usually communications ports (e.g. RS232, USB, ethernet, GPIB, CAN bus) are all usually optional add-ons for additional cost at manufacture (non-standard), and such an instrument might not have any means of interface with a computer. And if they do, their functionality may be limited (e.g. only telemetry available is what is currently displayed on the display panel of the device (eg only volts not amps unless button pressed or annoying remote mode toggled), and at e.g. only 1Hz vs 4-60Hz readings). There is a lot of functionality lacking in the cheaper ($400ish programmable DC power supply $400ish programmable DMM) proprietary models (both new and used) in comparison with more expensive models.

For electronics development I think the EEZ Studio is really top notch, for running experiments, automatically recording results, etc. Typically labs make their own in-house means of achieving such work...

--Andrewusu (talk) 08:41, 23 November 2020 (UTC)