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Important Notes
- The links marked with a
 requires
a login and password which will be emailed (by a human) to you once you
register
your instrument.
- You can use the following
link to register
your instrument or ask for help.
- Please use the following
link to fill
our online survey. It is very important for us to know where we need
to improve.
- The username & password have changed
October 1st 2007, you may need to
register again.
EC-Lab® Express
V5.12
EC-Lab®
V9.46
Notes:
- For full versions, If the version previously installed was V8.00 or higher, you will be
prompted for a fast and automatic firmware upgrade when establishing the first
connection to the instrument. This firmware upgrade will be using the Ethernet
connection only and thus you will not need the serial connection. If the version previously installed was V7.01 or lower, you will
need to install a new firmware (included in EC-Lab full version with manuals &
Tera Term Pro download) using a serial
communication. See the latest VMP or VMP2
or MPG user's manual for
firmware installation.
- The setup program installs the PDF files into the "./Manual"
folder ("." being the directory where the EC-Lab has been
installed). Then the manual can be opened directly or with EC-Lab through
the menu : "?, Manual".
-
EC-Lab®
detailed history
- What would you like to see next in EC-Lab? Please
send us your requests. We continuously improve our software and we value very much your feedback.
EC-Lab® development package
-
EC-Lab®
development package V5.02 - please
contact us
FC-Lab®
V5.11
Application notes:
(List updated on April 4, 2008)
- AN#1 - Protocols for
studying intercalation electrodes materials: Part I: Galvanostatic cycling
with potential limitation (GCPL)
- AN#2 - Protocols for
studying intercalation electrodes materials: Part II: Potentiodynamic
Cycling with Galvanostatic Acceleration (PCGA)
- AN#3 - Galvanostatic
Cycling with Potential limitation 4: Low Earth Orbit battery satellite
protocol
- AN#4 - Potentiostat
stability mystery explained
- AN#5 - Precautions for
good impedance measurements
- AN#6 - Constant Power
protocol Application
- AN#7 - Application of
the bipotentiostat to an experiment with a rotating ring-disk electrode.
- AN#8 - Impedance,
admittance, Nyquist, Bode, Black, etc.
- AN#9 - Linear vs.
non-linear systems in impedance measurements
- AN#10 - Corrosion current measurement for an
iron electrode in an acid solution
- AN#11 - Calculation of
the platinum’s active surface
- AN#12 - UV-Visible
Spectroscopy and Electrochemistry coupling: Spectro-electrochemical
experiment faisability on a polypyrrol film
- AN#13 - VMP3 and Quartz
Crystal Microbalance coupling: mass measurement during a polypyrrol film
deposition
- AN#14 - ZFit and
equivalent electrical circuits
- AN#15 - Two questions
about Kramers-Kronig transformations
- AN#16 - Simultaneous
Impedance measurements on each element of a running cell stack
- AN#17 - Drift correction
in electrochemical impedance measurements
Technical notes:
(accessible to registered users only - List updated on May 12, 2008)
-
TN#0 - Problem upgrading the VMP/VMP2
firmware under Win2000 or WinXP
-
TN#1 - VMP2 or BiStat IP
address change
-
TN#1bis - VMP or MPG
IP address change
-
TN#2 - Accessing the
VMP2 (or BiStat) from other networks through gateways
-
TN#2bis - Accessing
the VMP (or MPG) from other networks through gateways
-
TN#3 - Computer TCP/IP
installation and configuration
-
TN#4 - VMP2, VMP or MPG
firmware upgrading
-
TN#5 - Importing a VMP
text file into Excel on line
-
TN#6 - The Data smooth
option
-
TN#7 - The
"compact" Function in the PCGA protocol
-
TN#8 - Adjustment of the
potential control resolution
-
TN#9 - Other channel to
cell connection mode - Part I: Ewe vs Ece control in the standard mode
-
TN#10 - "p"
low current option: installation and calibration
-
TN#11 - Other channel
to cell connection mode - Part II: CE to Ground mode
-
TN#12 - VMP2 low
current N'Stat box installation
-
TN#13 - VMP2/Z and
Bistat long cell cables
-
TN#14 - The Smooth scan
option in the cyclic voltammetry protocol
-
TN#15 - Low current
option: measurement precautions
-
TN#16 - Influence
of the temperature for impedance measurements on circuit #2 of Test Box-3
-
TN#17 -
Instantaneous versus averaged current measurement
- TN#18 - Channel
board: installation and calibration
- TN#19 -
Network parameters configuration with the ARM communication board
- TN#20 -
MEASURE versus CONTROL mode: extended current ranges
- TN#21
- External device control and recording
Handbook of Electrochemical Impedance Spectroscopy:
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
Interactive Faradaic impedance library - require
Free
Mathematica Player
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
- Redox reaction (E) RDE
(Updated
April 29, 2008)
- EE reaction (RDE) -
WARNING: SLOW
(updated June 10, 2008)
- (EC/CE) reaction (RDE)
(February 15, 2008)
- Electroadsorption
reaction (EAR)
(January 23, 2008)
- Dissolution-passivation
reaction (E-EAR)
(February 14, 2008)
- Volmer-Heyrovsky
reaction (V-H)
(Updated March 28, 2008)
- Volmer-Heyrovsky
corrosion reaction
(March 28, 2008)
- Volmer-Tafel reaction
(V-T)
(Updated March 28, 2008)
- Volmer-Tafel
corrosion reaction
(March 28, 2008)
- Electroadsorption
desorption reaction (ED) RDE
(February 6, 2008)
- Direct insertion
reaction
(January 31, 2008)
- Indirect
insertion reaction #1
(March 7, 2008)
- Indirect
insertion reaction #2
(March 12, 2008)
Etude de réactions électrochimiques par
SIE:
(by courtesy of Jean-Paul Diard, Bernard Le Gorrec, Claude Montella)
MacPile Support section
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