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Click the “Settings” button and enter the following settings:The potential input at the PGZ402 E(X) IN socket is measured with no gain (“Gain”= 1) and no offset (“Offset” = 0 V).The 200 pA (2e-10 A) current range is selected on the AMU130. It means that200 pA output at the AMU130 “I OUT” socket corresponds to ±1 V measured at thePGZ402 “I(Y) IN” socket. The current is measured with no gain (“Gain” = 1) and nooffset (“Offset” = 0 V).The Vg potential generated at the PGZ402 “Vg OUT” socket is imposed to theWORK electrode versus the REF with no polarity inversion (“Gain” = +1) and nooffset (“Offset” = 0 V).6.10.4 Set up your cellIf you run a sequence with the AMU130 built-in dummy cell, there is no need toedit the “Cell setup” parameters. If you run a sequence on a real cell, perform thefollowing operations:. Select the “Settings” menu then the “Cell setup” command.. Specify the reference electrode you are using (select a predefined type orselect “User defined”). Enter the area of the working electrode (WORK (WE)– Area). No auxiliary electrode is used with an AMU130 so the “AUX (CE) –Area” parameter is not significant. The other settings are to be entered if youintend to calculate a corrosion rate. In all other cases, you do not need to makeany changes to the other “Cell setup” settings.For more information, consult the Help file, keyword index:Cell setup.194VoltaLab 21/06/10/40/50/80Section 6, Chapter 10: AMU130 - PGZ402 E(X) IN and I(Y) IN sockets