Potentiostat PARSTAT 3000A

Galerie et schémas techniques

Description

Caractéristiques

• Permet les mesures DC et EIS en simultannée
• Adapté pour les mesures sur stack de batteries
• Grande polarisation pour étudier les batteries Pb-Acid

Spécifications techniques

®

0 1 2 3 4 5 6

Tel

(865) 425-1289 Tel: +44 (0)1252 556800

1 pF

1 pF

Rate

detection of biological

7 MHz

materials analysis investigations

6-WIRE

measurements and multiple

Energy

Corrosion Open Circuit

AABATT1

AA Battery Holder PARSTAT4000A

AABATT2

AA Battery Holder PARSTAT3000A

PARSTAT

4000A

feature

allows for

AAABATT1

AAA Battery Holder PARSTAT4000A Low Current Interface

AAABATT3

AAA Battery Holder PARSTAT3000A

transfer

phone pulse test applications). Also

2032BATT1

Coin Cell Battery Holder PARSTAT4000A

2032BATT2

Coin Cell Battery Holder PARSTAT3000A

6 V Range

Accuracy for single cell tests Resolution for aqueous testing Resolution for LPR and ZRA

Impedance

Physical Electrochemistry Galvanic Corrosion

18650BATT1

18650 Battery HolderPARSTAT4000A

18650BATT2

18650 Battery Holder PARSTAT3000A as ultra-microelectrodes, coatings research, corrosion testing of

30 V Range

Pb-Acid batteries electrophoretic deposition oxides

1000 kS/Sec

species and rapid kinetics

Accessories

Current Expansion Options

BUTTONCELL1

Button Cell Battery Holder PARSTAT4000A *10 A / 20 V and 8 A / 50 V available

BUTTONCELL2

Button Cell Battery Holder PARSTAT3000A ultimate low current accuracy and resolution. Applications such

Connectivity

USB

Model Number

Option

VersaSTAT-LC

Low Current Interface

applications

PITT

EIS Bandwidth

10 MHz

Functionality

All techniques, including FRA for EIS

Galvanostatic

Differential Pulse Voltammetry

PARSTAT 3000A

the potentiostat itself, drastically improving overall EIS

PARSTAT 4000A

4

Available Mode

AC/DC Floating Selectable

investigations

application of a linear ramp voltage with

(40 pA – 4 A)

1

Battery Holders

PARSTAT 4000A Power Boosters

Maximum Current

4-Amps

Data Acquisition

Fast Scan Rate CVs for

Software Control

VersaStudio and VersaStudio Developer’s Kit (VDK)

20 NiMH batteries

CE and nonaqueous electrolyte concrete

Compliance Voltage

± 48 V

Fast transients in

Oversampling and averaging

High Frequency EIS

Solid-state energy Kinetics and mechanism

Measured & Applied

The PARSTAT 4000A (specified at <±1 mV ±0.025% of reading) has an error band at 4.3 Volts of

materials analysis

-1

Anode/Cathode tests

the PARSTAT 3000A, VersaStudio, is Princeton Applied

EIS Frequency Range

10 MHz to 10 μHz

Lowest Current Range

40-pA (40E-12 Amps)

Polarization Voltage

± 10 V

6 Li-ion batteries or

counter electrodes (CE),frits on environments such as rebar in

Data Acquisition Rate

1000 kS/sec (1 μs time base resolution)

Studying stacks up to

Tolerates the use of smaller Studies in low conductivity

measurements of Anode/

Measurements of a pH probe

external power boosters

for testing high power cells for Energy

Number of Current Ranges

10 ranges Dimensions 17cmx43cmx31cm

Standard Maximum Current

1 A Data Buffer 4,000,000 data

These techniques include

scientist investigating coatings, rebar

PARSTAT 4000A contour map

PARSTAT 3000A contour map

Auxiliary Voltage (6-WIRE)

Standard (Grounded or Floating)

Polarisation et complaince

+/- 30V

discharging energy devices

Rp-versus-Time, Loop functions Chronopotentiometry

electrochemical capacitors

for noise reduction

Electrochemical Workstations

resistor using standard cable.

DC Voltage Accuracy (Applied)

±0.025% of setting ±1 mV; impacts all potentiostatic experiments

Dynamic Current Range (mA/pA)

100

Polarization, Potentiodynamic

Recurrent Potential Pulses

etc. These techniques include

Multi-Vertex Scan

for studying the impedance of

microelectrode studies, sensor research, Galvanostatic

10 MHz EIS Frequency Range for

0

DC Voltage Accuracy (Measured)

±0.025% of reading ±1 mV; impacts every experiment

development of Reference Grade

compliance and polarization voltage across a range of currents,

past 15 years the PARSTAT name

battery stacks, with the included 6-WIRE functionality, as well as

techniques which can be easily

(LPR), Split LPR, Tafel

Cathode or a single cell during

or compliance voltage

For 50+ years Princeton Applied

galvanostat/FRA comes standard with more functionality than

Input Impedance of Electrometer

1E14 Ohms (100 TW) Typical

development of corrosion induced

electrochemistry applications Mott-Schottky

we understand that no one single

the energy storage researcher, as an example, with far superior

www.princetonappliedresearch.com

Fax: +44 (0)1252 556899

of impedance over time, (e.g. the

voltammetry - used in analytical EIS Galvanostatic EIS

Standard Lowest Current Range 4 nA

points

electrochemistry marketplace today

MHz. This accuracy across the entire frequency range provides

research of energy devices such as

measurement techniques that are of Staircase Linear Scan Voltammetry

Research has been the leader in the

any competitive instrument in its class. With 30 V of both

The energy systems package provides

The corrosion system package Cyclic Voltammetry (multiple cycles)

ever expanding needs of the diverse

with the built-in FRA, across a frequency range of 10 μHz to 7

evolve as your research progresses.

EIS Accuracy Chart

techniques designed for testing and

provides a range of DC electrochemical

PARSTAT potentiostats. This provides

pulse techniques that are of importance

and to provide impedance analysis of

Measure OC

electrodeposition and energy storage

GITT

using the high current capability or

Control of power booster options

Data acquisition variables to control

Voltammetry / Pulse

and delay steps to investigate trends

Normal and differential pulse

for characterizing batteries and fuel

Chronoamperometry and Constant Power

fuel cells, corrosion / coatings etc.

analysis.

supercapacitor and fuel cell lifetime

Multi-Vertex Scan technique for Power CCD

(EIS) capabilities are standard on all

provides a range of scan, step and

Electrochemical Impedance Spectroscopy

The advanced voltammetry package Tafel

a range of fully integrated techniques

in analytical electrochemistry, Potentiodynamic

cells under DC current load conditions

chronopotentiometry used in many Current CCDPL

electrode kinetics, diffusion and mass

analysis and GSM / CDMA mobile

instrument can meet the needs of every

confirmation of the series resistance of the analyzed battery.

potentiostats/galvanostats and for the

from <4 nA to 1 A, the PARSTAT 3000A is capable of analyzing

used in electrodeposition applications

Constant Resistance

modified for addition or subtraction of

Non-uniform Corrosion:

EIS analysis of batteries and fuel cells

Charge-Discharge

Potentiostatic EIS - widely used for the

Recurrent pulse techniques - used in

analysis of electrochemical, battery and

battery / fuel cell analysis (including Galvanic Control LPR

corrosion cells providing information on

equivalent series resistance ESR Constant Current

techniques to verify corrosion rate data

Message Prompt

limits for actions that include Potential

Electrochemical Noise in ZRA mode

batteries, supercapacitors, and fuel cells.

particular importance for the corrosion Staircase Cyclic Voltammetry (single)

electrochemical cells, sensors, batteries /

electrodeposition and battery/fuel cell

different actions Cyclic Non-uniform Corrosion

Cyclic Fast Galvanic Pulses

to help you reach truly extreme functionality.

Voltage vs.Time Trace for a requested 4.3715 V ( )

(V), Current (A), and Capacity (Ah) Disbondment

Potentiostatic,

Cyclic Charge/Discharge (CCD) Uniform Corrosion

Linear Polarization Chronocoulometry

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± 6 V (915 nV resolution measured) Software Control

VersaStudio

the volume of data acquired, and stop Galvanic Couples

Galvanic Corrosion, Recurrent Galvanic Pulses

PARSTAT front cover and are available in common/standard

time of original potentiostat purchase or can be added (factory

and ultimately a cleaner measured response. These holders

setting converts the potentiostat from normal to boosted mode.

and prepares you for future expansion as the scope of your

A

cycler manufacturer, MACCOR, we are proud to offer battery

to boost the current measuring / applying capabilities of our

PARSTAT’s completely replacing the cell cable. This clean

supply interfaced to additional internal circuitry on the rear

Storage, Physical Electrochemistry, Nanotechnology Research

resistor using standard cable.

Through our collaboration with the world’s leading battery

The Princeton Applied Research Current Boosters are designed

design provides for a cleaner lab area, cleaner applied signal

panel of the potentiostat. A simple cable connection and switch

potentiostats. Designed to be a complete, single box solution,

PARSTAT4000A Tafel plot experiment in K0047 Corrosion

are designed in a slim form factor to allow installation on the

These boosters can be supplied as a complete system at the

form factors including - 18650, AA, AAA, coin cell (2032) and a

installation required) at a later time.

holders designed specifically to connect directly to any of the

potentiostats. Each booster option consists of an external power

resistance aimed at charging/ Coatings and Inhibitor Evaluation

EIS, Chronoamperometry

For the materials scientist the PARSTAT 4000A now offers best in

feedback advances design.

Applications

• Corrosion
• Batteries et stockage d’energie
• Education

Conformités et normes