RST5202F high current electrochemical workstation
- PRODUCT DETAIL
RST5202F high current electrochemical workstation
Introduction:
RST5202F electrochemical workstation is an electrochemical analysis instrument and testing instrument with completely independent intellectual property rights. RST5202F electrochemical workstation is a collection of electrochemical analysis methods in cyclic voltammetry, step voltammetry, pulse voltammetry, square wave voltammetry and other electrochemical analysis methods; it can also complete constant potential polarization, constant current polarization, potential, current, More than 60 kinds of electrochemical test functions such as power step, Tafel graph and AC impedance. RST5202F electrochemical workstation is based on RST3100 electrochemical workstation by adding AC impedance and other AC methods to increase the output current, increase the scanning speed, and improve The resolution of potential and current is formed by adding pulse plating method, battery charging and discharging and other AC test methods to the electrochemical test method. RST5200F electrochemical workstation data acquisition and data processing software is based on Windows2000/XP and above operating system software. The user interface complies with the design rules of Windows software and is easy to install and use. The system software provides powerful functions for the convenience of users, including file management, comprehensive experimental control, flexible graphic display, convenient graphic enlargement, reduction and restoration, bitmap graphic and data export, and multiple data processing functions. The system software has a good user interface, full Chinese menu, convenient peak identification and superposition, and it is more convenient to serve teaching and scientific research.
Application areas:
Electrochemistry teaching; electrochemical analysis; electrochemical synthesis; trace element detection; electroplating process development; battery material research
Environmental protection monitoring; nanomaterial development; electrolysis, metallurgy, pharmacy; bioelectrochemical sensors; electrochemical corrosion research and measurement; supercapacitor characteristic test and analysis; battery formation and characteristic test and analysis; voltage and current time curve recorder
Main measurement techniques:
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Linear Sweep Voltammetry LSV Linear sweep stripping voltammetry Linear Sweep Cyclic Voltammetry LCV Step Voltammetry SV Stepped stripping voltammetry Step Cyclic Voltammetry SCV Square wave voltammetry SWV Square Wave Stripping Voltammetry Square wave cyclic voltammetry SWCV Differential pulse voltammetry DPV Differential pulse stripping voltammetry Conventional Pulse Voltammetry NPV Differential conventional pulse voltammetry DNPV Differential pulse current detection Double differential pulse current detection Three pulse current detection Integral pulse current detection Pulse plating Plating potential monitoring Hydrodynamic modulation voltammetry AC Voltammetry ACV AC Stripping Voltammetry AC Cyclic Voltammetry ACCV Second harmonic AC voltammetry Fourier Transform AC Voltammetry Current sweep chronopotentiometry AC Impedance Spectroscopy EIS AC impedance-potential (impedance mode-potential, argument-potential,Mott-Schottky) AC impedance-time Differential capacitance-potential Differential capacitance-frequency High resistance potentiometer |
Single potential step chronoamperometry CA Single potential step chronocoulometer CC Multipotential step chronoamperometry Multi-potential step chronocoulometer Single current step chronopotentiometry CP Multiple current step chronopotentiometry I-T curve of constant potential electrolysis Constant potential electrolysis Q-T curve Potentiostatic dissolution I-T curve Potentiostatic dissolution Q-T curve Open circuit potential E-T curve OCPT Potential dissolution E-T curve Control current E-T curve Controlled potential electrolysis coulometric method Determination of tin plating Tafel Circular scan Pitting potential Galvanic corrosion Electrochemical noise measurement Chloride ion concentration monitoring Macro battery current monitoring Half-cell constant current anode polarization Half-cell constant current cathode polarization Half-cell constant current cyclic polarization Battery constant current charging Battery constant current discharge Battery constant current cycle charge and discharge Full battery capacity segmented charging Full battery capacity segmented discharge Constant current limit voltage fast cycle charge and discharge (Dedicated to super capacitor test analysis) Zero resistance ammeter |
