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Products
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Echem Accessories
(Updated October 24, 2008)
- New product: CLB-500
(August 5, 2008)
- New brochure for SP-150, VSP, VMP3
boosters &
e-load available for download
(August 5, 2008)
- New software: EC-Lab Express
(October 1, 2007)
- New instruments: SP-50,
SP-150
(October 1, 2007)
- New instrument: FCT-50
(October 1, 2007)
- New instruments: VSP, VMP3, HCP-803, EPP-400,
EPP-4000
(December 15, 2005)
- The VMP2 is being replaced by the improved VMP3
Note: The VMP2 is, of course, still supported and additional boards and
boosters can be supplied to supplement already delivered VMP2 instruments.
(December 15, 2005)
- New web page: OEM potentiostat
(October 18, 2004)
- New instrument: 80A/3V
booster for VSP, VMP3, HCP-803, EPP-400, EPP-4000 & VMP2
- New accessory for VMP3: N'stat Box accessory
(January 13, 2004)
- MacPile
is now discontinued. We recommend the VMP
as the direct replacement for basic research on intercalation electrode
material.
(January 2003)
New distribution network
For over 9 years, Bio-Logic SAS has been marketing its products to the
electrochemistry market through an alliance partner.
Beginning on October 1, 2007, Bio-logic SAS is pleased to announce that it
is marketing its products directly to customers through its own
distribution network.
Please see our distributors web page.
References
- Updated web page : Selection of scientific articles
using the
Bio-Logic potentiostat s
(November 18, 2008)
Customer support:
General web support
MacPile II
- The MacPile II user's manual is now online in PDF format
(April 22, 2004))
- New version of the software for Macintoshes with no serial port (USB
only) is available for download (June 1, 1999)
- A version of the MacPile software limited to the Process Data function
has been developed for the PC (July 20, 2001).
- New section in the MacPile support page : Compatibility issues
(iMac, "Blue" G3, OS...) (April 30, 1999)
Application notes:
(List updated on November 18, 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
- AN#18 - Staircase
Potentio Electrochemical Impedance Spectroscopy and automatic successive
ZFit analysis
- AN#19 - EIS measurements
with multisine
- AN#20 - Pseudo
capacitance calculation
- AN#21 - Measurements of
the double layer capacitance
- AN#22 - Corrosion of
reinforced concrete
Technical notes:
(accessible to registered users only - List updated on September 16, 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
- TN#22
- Graphic properties – Part I: Graph Style definition
- TN#23
- Graphic properties – Part II: Graph Representation definition
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)
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