Analyseur photoélectrochimique SolarLab XM
- Manufacturer
- Solartron analytical
- HTTS ref.
- HTS-ELEC-0012
- HTDS ref.
- SOLARLAB XM
- Division
- Électrochimie & Tests

Gallery and technical drawings

Description
Le SolarLab XM offre en standard +/- 8V de polarisation et compliance et un courant maximal de +/- 300mA. Pour plus de courant, des boosters externes optionnels permettent d’atteindre 100A. L’appareil est livré avec un banc optique et une LED 590nm ; d’autres LED de haute intensité sont disponibles en option. L’option IPCE permet la mesure du rendement quantique : elle comprend une source de lumière blanche (350nm-1100nm) et d’un monochromateur offrant une résolution de 10nm. Le logiciel permet de calibrer optiquement (certifiée NIST) les mesures et, ensuite, de lancer toutes ou partie des expériences : IMPS, IMVS, Impedance, Photovoltage Decay, Charge Extraction, I-V. Le logiciel inclue également un volet d’Auto-Analyse menant au calcul automatique du temps de vie des électrons et coefficient de diffusion.
Analyseur photoélectrochimique compact SolarLab
Key features
- Banc optique incluant LED et/ou lumière blanche avec monochromateur (350nm-1100nm)
- Techniques clés-en-main : IMVS/IMPS, I-V, PhotoVoltage decay, Charge extraction, impédance et, en option, IPCE (rendement quantique)
- 4 électromètres additionnels (12-wire) pour analyse anode/cathode et impédance en parallèle
- Logiciel XM-studio PhotoEchem inclus, connexion Ethernet
Technical specifications
- -12
- 2 -1
- EIS
- 1Mhz – 10µHz
-
- (1)
-
- 2 2 2 2 2 2
- micron
- long dye-sensitized titania
- q I
- q I
- geometric
- capacitance of the
- Electrodes
- The Example of Hematite. J. Solid State Electrochem. 2013, 17, 315-326.
- 1 R C
- 1 R C
- Résolution
- 1.5pA / 1µV
- Courant maximal
- 300mA
- U photo
- jphoto
- carrier transport
- Short circuit for IMPS
- GIMPS
- (4)
- GIMVS
- ~ GIMPS ~ (2)
- Tension de polarisation
- +/-8V
- sensitized solar cells.
- IMPS was originally developed to study photoelectrochemical
- Princeton Applied Research
- | Solartron Analytical | Signal Recovery
- ReGIMPS
- ImGIMPS (5)
- U photo q I Rrec
- (3)
- interfacial charge transfer.
- 1mHz – 1 MHz
- IMVS normally at open circuit
- Steady illumination plus
- and Nozik, A.J, Ed. Imperial College Press
- London, 2008; Vol. 3, pp 675-736.
- Cells Based on Oriented Tio2 Nanotube Arrays
- Transport, Trapping, and Transfer of Electrons.
- place in a DSSC under illumination at short circuit
- electron
- coefficient. Further details can be found in references
- .
- we look at two types of unconventional photovoltaic cells
- dye-sensitized cells, and hybrid
- developed primarily by Juan Bisquert and his group (see http
- //www.elp.uji.es/). Its most
- (e.g. spiro-OMeTAD), and the thin cell is completed by a second contact
- platinized
- In the case of DSSCs, the decay of open circuit voltage is remarkably slow
- the cell may
- diffusion coefficient of iodide vacancies at room temperature are around 10
- cm s , so
Applications
- Caractérisation de cellules solaires
- PhotoElectrochimie
Standards and compliance
HTTSystems product sheet
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