Collection of notes and circuits for the use and programming the LOGO!

Dear LOGO!-community!

On the one hand in the forum the number of the contributions increases considerably and on the other hand the titles of the individual topics do not give often any sufficient notes, which information and/or circuits and/or solution are to be found in each case there could be found. So the location of the needed information and excitations in spite of search function becomes increasingly more difficult - and that is valid completely especially for a beginner and in the regard on the next generation being soon available to the LOGO!-mudules 0BA6. Therefore I decided on that, this contribution with a collection of links to notes as well as a collection of links to contributions and circuits for the LOGO!-modules in particular the series 0BA5. I would like to recommend especially all beginners explicitly not to follow only the there indicated links but in addition "to rummage" in the LOGO!-Forum too, because so could you find many more useful and/or interesting circuits and other information around the LOGO! even accessible make.

This collecting of notes and circuits arose in the hope, to facilitate you so the own prospecting after responses of your question formulations here in the forum and in addition to enable around the solution of own (comparable or also similar) settings of a task and/or to simplify!

Sorry, but the
"Collection of notes and circuits for the use and programming the LOGO!"
in german: "Sammlung von Hinweisen und Schaltungen zur Anwendung und Programmierung der LOGO!"

is on this time only written in german, but I think the circuits you can mostly anderstant how they worked. If you need help zo understand e special citcuit or a note, then ask me here!

a) The german publication contains a list of links to basic notes:

Into "Notes (not only) for one risers" are among links to basic information (from SIEMENS and from Internet) and combined circuits.

"Refers too known (Fehl-)Verhalten of LOGO!Soft Comfort and that LOGO!"

"Notes on the circuit simulation at the personal computer"

"Notes on the sort sequence of blooms, that parameter in the RUN mode the LOGO! are supposed to be changed"

"Notes on the calculation of Gain and offset for analog blooms (as in particular the analog amplifier) the LOGO"!
(see also under "Scaling Question")

"Notes on the storage of (analog) values"

"Notes on the measurement of temperature with the LOGO! Module AM2 PT100 (and for the scaling of PT100-sensors)"

"Notes on measures with swaying analog input values (for example temperature measured values)"

b) The german publication contains a list of circuits in the sense of a "circuit library":

I divided the explanations about the circuit library and the in each case corresponding links to contributions with continuing information into 3 parts and the in each case corresponding links to contributions with continuing information into the file appendix because of the circumference in the form of a PDF-file.

The further 3 file appendixes "LOGO_Schaltungssammlung_Teil_A.zip", "LOGO_Schaltungssammlung_Teil_B.zip", "LOGO_Schaltungssammlung_Teil_C.zip" still includes the current versions of the most important circuits:
Schaltungssammlung_A: with a selection at complete LOGO!-applications (as well as to their file appendix)
Schaltungssammlung_B: with the centers of gravity of evaluation of input signals as well as scaling and working up of sensor signals (digital puls and analog signals)
Schaltungssammlung_C: with different circuits - inputs, key input organization, counters,PWM, own impulse generator etc.

A "look" into the corresponding contributions indicated as a link in the pdf-file supplies frequently additional information to the circuit (next to the specifications and comments in the circuit diagram files), whose bases, that block parameters and where appropriate notes on the adaptation or modification für you own applications.

Note:
The circuits there combined (and in the link) can provide only the general conditions and functions. The in each case correct and/or necessary task-specific parameters of various blocks in the different circuit design must in every case onto the in each case present basic requirements (Device technology, An-wenderwuensche etc.) being adjusted in order to achieve a correct operation behavior!
Therefore following:
The circuits in the file appendixes is sample programs without guarantee and their use occurs on own danger!

Excitations and supplements are of course welcome. I wish a lot of success you with your own projects....

Best regards
Betel