bobthechemist / feathercm Goto Github PK

Text in "you try":

To understand the problem, change the simulation to have a Minimum voltage of 0 and a maximum voltage of 3.3. With a positive source voltage, is the output voltage the same as that predicted from the equations above? Is it possible to scale a negative voltage source?

Switch "simulation" to "operational amplifier" for clarity.

Is Github issue tracking a viable location for non-contributors to seek help?
Is issue tracking along with the project board a good way to manage the project/todo list?

test issue

example issue

Falstad simulations do not render in PDF - there should be some static content alternative.

To change most of the CV settings the format used is 'set XX value' except to change the current to voltage resistor which is 'current value'. Could be changed to 'set CR value' for consistency.

Collecting too many data points and is crashing system, adjust for less

This is an issue test.

Title says it all - this is a test issue.

It would be helpful if the run parameters for a CV were saved somewhere to be viewed after a run was completed (similarly to commercial instrument I have used).

Section 1.4: "Create a spreadsheet with columns for the number of turns, output voltage and calculated upper/lower voltages."
Should this say upper/lower resistors?

"Voltage dividers cannot be used in bi-directional communication because it can only shift a voltage down. A 5 V source can be shifted down to 3.3 V, but a 3.3 V source cannot be shifted down to 5 V."

phrasing of this is unclear

Instructions on client.plot and the matplotlib module are missing from the Potentiostat Example Data page.