Introduction: IGS4030 Electrochemical Workstation is a high-end universal electrochemical measurement system launched by Yingsi Company, covering AC impedance technology, with excellent stability and precision, and a perfect software system. The instrument contains a fast digital signal generator for direct digital signal synthesis in high-frequency AC impedance measurement, a high-speed data acquisition system, a potential and current signal filter, multi-level signal gain, iR drop compensation circuit, and a constant potential/constant current meter. The potential range is ± 10V, and the current range is ± 250mA. The lower limit of current measurement is less than 10pA. It can be directly used for steady-state current measurement on ultra microelectrodes. The IGS4000 series hardware adopts high-speed processors, fast amplifiers, fast analog-to-digital converters, and analog-to-digital converters. The timed electricity method incorporates an analog integrator. A 16 bit high-resolution and highly stable current bias circuit is used to achieve current zeroing output and improve the dynamic range of AC measurement current. The instrument has a 16 bit high-speed ADC with better signal-to-noise ratio and a wider sensitivity dynamic range. The instrument has an AC impedance of up to 1MHz and a cyclic voltammetry scanning speed of up to 10000 V/s. The IGS4000 series electrochemical workstation combines software and hardware perfectly, providing comprehensive electrochemical testing methods with comprehensive performance and excellent cost-effectiveness. Technical parameters: Supported electrode systems: 2, 3, or 4 electrodes Maximum output voltage: ± 10 V Current range: 10-12 A-250 mA, total of 12 levels Current resolution:<10 fA, can be directly used for microelectrode measurement Electrochemical technology: DC technology, AC voltammetry, AC impedance Automatic/manual iR reduction compensation Automatic current and potential zeroing Automatic or manual filtering of potential/current Current measurement bias: 16bit, 0.003% accuracy Potential measurement bias: 16bit, 0.003% accuracy DAC potential automatic or manual filter Signal ADC automatic or manual filter Voltage output: 0-10V, corresponding to a speed of 0-10000rpm Macro command control instrument to achieve various electrochemical methods Electrolytic cell system: nitrogen supply, stirring, tapping (requires special electrolytic cell system) RDE control voltage 0-10V output CV Digital Simulator and Fitter and Defining Reaction Mechanisms AC Impedance Simulator and Fitter Slot pressure: ± 12 V Maximum output current: ± 250 mA Main sampling rate: 500 kHz Application field: 1. Research on electrochemical reaction mechanisms such as electrochemical synthesis, electroplating, anodizing, and electrolysis 2. Research in the fields of electroanalysis and electrochemical sensors 3. Energy field: research on batteries/supercapacitors, fuel cells/solar cells/lithium-ion batteries 4. Material field: Research on nano functional materials and electrochemical sensor performance 5. Research on Corrosion of Metal Materials 6. Evaluation and research on cathodic protection methods such as metal corrosion inhibitors, water quality stabilizers, and metal coatings The electrochemical technology of IGS4030 model Cyclic voltammetry (CV) Linear sweep voltammetry (LSV) Step wave voltammetry (SCV) TAFEL Chronoamperometry (CA) Timed electricity method (AP) Differential pulse voltammetry (DPV) Conventional pulse voltammetry (NPV) Differential conventional pulse voltammetry (DNPV) Square wave voltammetry (SWV) Communication (including phase sensitive) voltammetry (ACV) Second harmonic alternating current voltammetry (SHACV) Fourier transform (FTACV) Current time curve (i-t) Differential pulse current detection (DPA) Double differential pulse voltammetry (DDPA) Triple pulse current detection (TPA) Integrated pulse measurement current detection (IPAD) Controlled potential electrolytic Coulomb method (BE) Hydrodynamic modulation voltammetry (HMV) Scan Step Hybrid Method (SSF) Multi potential step method (STEP) AC Impedance Measurement (IMP) AC Impedance Time Measurement (IMPT) AC Impedance Potential Measurement (IMPE) Chronopotentiometry (CP) Current scanning chronopotentiometry (CPCR) Multiple current step (ISTEP) Potential stripping analysis (PSA) Electrochemical noise measurement (ECN) Open circuit voltage time curve (OCPT) Arbitrary reaction mechanism CV simulator
Introduction: IGS4030 Electrochemical Workstation is a high-end universal electrochemical measurement system launched by Yingsi Company, covering AC impedance technology, with excellent stability and precision, and a perfect software system. The instrument contains a fast digital signal generator for direct digital signal synthesis in high-frequency AC impedance measurement, a high-speed data acquisition system, a potential and current signal filter, multi-level signal gain, iR drop compensation circuit, and a constant potential/constant current meter. The potential range is ± 10V, and the current range is ± 250mA. The lower limit of current measurement is less than 10pA. It can be directly used for steady-state current measurement on ultra microelectrodes. The IGS4000 series hardware adopts high-speed processors, fast amplifiers, fast analog-to-digital converters, and analog-to-digital converters. The timed electricity method incorporates an analog integrator. A 16 bit high-resolution and highly stable current bias circuit is used to achieve current zeroing output and improve the dynamic range of AC measurement current. The instrument has a 16 bit high-speed ADC with better signal-to-noise ratio and a wider sensitivity dynamic range. The instrument has an AC impedance of up to 1MHz and a cyclic voltammetry scanning speed of up to 10000 V/s. The IGS4000 series electrochemical workstation combines software and hardware perfectly, providing comprehensive electrochemical testing methods with comprehensive performance and excellent cost-effectiveness.
