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Logiciel SMART pour analyse des impédances

Réf. HTTS
HTS-ELEC-0019
Réf. HTDS
LOGICIEL SMART POUR LE CONTROLE DE VOTRE INSTRUMEN
Logiciel SMART pour analyse des impédances

Description

Le logiciel SMART fournis avec votre instrument Solartron permet de contrôler et d’analyser les résultats de mesures d’impédances – il contrôle aussi les accessoires et modules complémentaires (1296A, cryostat) et est compatible avec le logiciel ZView Le logiciel SMART est téléchargeable à l’adresse suivante : Télécharger SMART

Le logiciel gratuit solartron pour accompagner votre 1260A

Caractéristiques

  • Fonctionne sous Windows
  • Comptable ZView

Spécifications techniques

Tel
+44 (0) 1252 556 800
5-10
SMaRT_AA
5-12
SMaRT_AA
7-10
SMaRT_AA
7-12
SMaRT_AA
Date
Feb. 2003
Note
The temperature controllers Lakeshore 340 and Oxford
then
.
Index
SMaRT User Guide
Issue
AA
Model
‘None’ –an instrument controlled from outside the system, as
Saving
Saving a Project retains the grouping of the experiments,
select
to save the experiment. The experiment icon then
Address
For Lakeshore 340, Oxford Instruments ITC503, or any other
Loading
When you load a Project, you are making available the files
Card No.
Identifies the system controller GPIB card in the PC
Contents
SMaRT User Guide
SMaRT_AA
9-1
are made
one of the sample and one of a reference capacitor of comparable
Backing up
As a precaution against experiment data being lost, it is
Hampshire,
Fax: (1) 281-398-7891
Set-up File
For Lakeshore 340 and Oxford Instruments ITC503, you must
Using SMaRT
SMaRT User Guide
Adding files
If you wish, you can add new files or other components to
SMaRT Concepts
SMaRT User Guide
Farnborough, Tel
(1) 281-398-7890
Note the comment
[Example of an experiment set-up]. This is the one
SMaRT User Guide
Support Features
Support Features
SMaRT User Guide
Viewing Your Results
SMaRT User Guide
Running an Experiment
SMaRT User Guide
Creating an Experiment
SMaRT User Guide
Solartron Analytical UK
Solartron US
Unit B1 Armstrong Mall,
19408 Park Row, Suite 320
Southwood Business Park,
Houston, Texas, 77084
by clicking on the other
button.
either by clicking on the
icon in the toolbar or by selecting
Defining the System Hardware
SMaRT User Guide
Figure 7-1 Graph configuration
plot type.
Figure 7-2 Graph configuration
trace set-up.
Figure 7-3 Graph configuration
x-axis.
Figure 7-4 Graph configuration
y-axes.
Figure 7-5 Graph configuration
view.
Creating and Managing a Project
SMaRT User Guide
To start a search, click on the
icon in the toolbar or select Tools →
Analyser ranging and coupling (1294)
Plot x-axis, setting up the ......... 1-4, 7-4
• Schedule - holds a test sequence
charge, discharge, etc.
To stop all experiments, click on the
button in the CellTest tool bar or
Normalising measurement data .... 7-11
view options .................................. 8-3
Generator balancing (1294) selecting the
Starting an experiment.................... 6-1
Analyser integration, selecting the.. 5-8
Plot view, setting up the .................. 7-6
To edit an existing experiment task, select
to reveal the task set-up
Creating an experiment ............ 1-2, 5-3
selecting the .................................. 5-9
Experiment editor, using the ........... 5-1
SMaRT, introduction to use of......... 2-1
To enter the sample definition, click on the
button. This reveals
to be repeated by moving the loop start icon
to precede the first
Broadly, there are three steps in using SMaRT
setting up the system,
You can define a sample in either of two ways
enter the sample dimensions
path shows where the directory is to be stored
this too can be modified,
Editing an experiment ..................... 5-4
Set-up entries ................................... 1-1
To edit an existing experiment, double-click on
to reopen the
task in the repeat sequence and the loop end icon
to follow the last.
To create an experiment, you add tasks by using the
button. This
procedure .................................... 7-12
System hardware, entering the set-ups
method is suitable for samples of an irregular shape
if you do not know the
require. A typical example of nested sweeps could be
at each of three
selecting the .................................. 5-9
search GPIB for listeners ............. 8-5
To define the filename for the experiment data, click on the
button and
• The current sense ranges are listed as conversion factors
1V/mA,
component itself, you must do this separately, by clicking on Delete
you
you can select the data you wish to study and how you wish to view it
as

Applications

  • Contôler votre analyseur d’impèdance
  • Travailler sur les données (graphiques..)

Conformités et normes

REACH

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