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

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
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