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MultiPalmsens 4

Manufacturer
Palmsens
HTTS ref.
HTS-ELEC-0067
HTDS ref.
POTENTIOSTAT GALVANOSTAT EIS MULTIPALMSENS 4
MultiPalmsens 4

Description

Le MultiPalmSens4 est un potentiostat, galvanostat, analyseur d’impédance multivoies flexible que vous pouvez entièrement adapter à vos besoins et à votre budget. Pouvant contenir entre 4 et 10 voies, cet instrument comprend toutes les techniques d’électrochimie dont vous pouvez avoir besoin. Le logiciel MultiTrace permet d’utiliser chaque voie individuellement, simultanément ou d’exécuter une séquence de tâches automatisées sur chaque voie. Chaque canal dispose d’un port auxiliaire supplémentaire pour contrôler des périphériques, surveiller la température ou d’autres signaux analogiques. Techniques Voltamétriques Techniques pulsées Techniques ampérométriques Techniques galvanostatiques Spectroscopie d’impédance Potentiostatique/ Galvanostatique (PEIS/GEIS) Autre

Le multivoie adaptable à votre besoin et à votre budget

Key features

  • 4 à 10 voies potentiostat / galvanostat avec option Impédance (EIS)
  • Large choix d’options pour chaque voie (compliance, EIS, compensation 2 chute ohmique…)
  • Logiciel MultiTrace avec export vers Excel, Zview, Origin, MatLab

Technical specifications

are
2x, 5x, 10x, 20x, 50x, 100x, etc.
Note
some limits of parameters are set for practical reasons and can be modified on request.
±5 V
±10 V
Optional
IR Drop Compensation module
Detection
Run time: 10 s to 100000 s
▪ Excel
System requirements
▪ ZView
▪ 1 GHz or faster 32-bit (x86) or 64-bit (x64) processor
▪ power
5 V output (max. 150 mA)
MPS4.F#.05
-5 V to +5 V
MPS4.F#.10
-10 V to +10 V
MPS4.F0.##
NO EIS
MPS4.F1.##
100 kHz
MPS4.F2.##
1 MHz
Mixed Mode
Number of levels: 1 to 255
MultiTrace
Software for Windows
Pulse time
1 ms to 1 s
▪ Matlab
▪ Windows Vista, 7, 8, or 10 (32-bit or 64-bit)
▪ weight
+/- 4 kg
▪ housing
15 x 25 x 25 cm
(see page 2)
MPS4.F1.05 MPS4.F1.10
Not supported
EIS, MultiStep and MixedMode
▪ bandwidth
1 MHz
10 μHz to 100
10 μHz to 1
Step potential
0.075 mV to 250 mV 0.075 mV to 250 mV
Potential range
-5 V to +5 V -10 V to +10 V
Pulse potential
0.075 mV to 250 mV 0.075 mV to 250 mV
Fast Amperometry
Interval time: 0.02 ms to 1 s
Maximum run time
30 s
Number of cycles
1 to 20000
▪ analog input
±10 V, 18 bit
▪ power supply
external 12 V AC/DC adapter
EIS configuration
Channel configuration:
▪ analog output
0-10 V, 12 bit (1 kOhm output impedance)
▪ communication
USB
Cyclic Voltammetry
500 V/s (10 mV step)
▪ current ranges
1 nA to 10 mA (8 ranges)
▪ 1 digital input
5 V
▪ I-out and E-out
raw output of current and potential
▪ frequency range
Channel MPS4.F1.## MPS4.F2.##
▪ maximum current
±30 mA (typical)
▪ current accuracy
≤ 0.1% at FSR
Frequence max EIS/FRA
100 kHz ou 1 MHz
▪ 4 digital outputs
5 V
▪ temperature range
0 ºC to + 50 ºC
▪ ac-amplitude range
1 mV to 0.25 V rms, or 0.6 V p-p
▪ compliance voltage
±10 V
▪ dc-potential range
Channel MPS4.F#.05 MPS4.F#.10
Maximum number of points
65000 (4000 for interval time < 0.2 ms)
Polarisation / compliance
±5 V ou ±10 V
▪ max. acquisition rate
150000 points/s
Linear Sweep and Scan rate
0.01 mV/s (75 μV step) to
Normal Pulse and Scan rate
0.1 mV/s (75 μV step) to
Number of potential levels
3
▪ internal storage space
8 GB per channel
▪ applied dc-current range
±6 times applied current range
Pulsed Amperometric Detection
Interval time: 50 ms to 300 s
Differential Pulse Voltammetry
100 mV/s (5 mV step)
▪ applied potential accuracy
≤ 0.1% ±1 mV offset
▪ measured current resolution
0.006% of current range (5 fA on 100 pA range)
Channel configuration MPS4.F0.05
MPS4.F0.10
ChronoAmperometry, Interval time
0.25 ms to 300 s
▪ electrometer amplifier input
> 1 TΩ // 10 pF
▪ applied dc-current resolution
0.005% of applied current range
Multistep Amperometry Interval time
0.25 ms to 300 s
▪ applied dc-potential resolution
75 μV
Square Wave Voltammetry and Frequency
1 Hz to 2000 Hz
Multiple Pulse Amperometric Pulse times
100 ms to 2 s
ChronoPotentiometry and Maximum run time
1000000 s (> 10 days at 300 s interval)
Apply conditioning, deposition or initial potential for
0 – 1600 s
Multistep Potentiometry and Level switching overhead time
±80 ms

Applications

  • Bio-électrochimie
  • Bio-matériaux
  • Recherches électrochimiques
  • Cyclage batteries
  • Détection analytique
  • Enseignement (TP…)

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