Ivium Vertex Entry Level Potentiostat with software and 1 MHz Impedance Analyzer (2A/20V)
Instrument
The Ivium Vertex Entry Level Potentiostat with software and 1 MHz Impedance Analyzer (2A/20V) is a versatile entry-level potentiostat which has ±2A / ±20V compliance and optional integrated impedance analyser up to 1MHz.
Automation
The Vertex.20V has a peripheral port to allow external interfacing and compatibility with several Ivium modules (see expandability).
Expandability
The Vertex can optionally be expanded with a True Linear Scan module, Bipotentiostat, and/or FRA/EIS capability. Next to that the Vertex is compatible with other Ivium options and modules, such as the HiMUX and CIM, and several Ivium boosters for higher power requirements.
Hardware
- Automatic current range selection over all available current ranges
- Automatic variable noise filter and potentiostat/galvanostat stability settings
- Simultaneous acquisition of current/potential and peripheral signals
- Real time data display up to 500 pnts/s. Acquisition up to 300,000 pnts/s is stored in instrument memory
- Applicable scanrates: 1µV/s to 10,000V/s
- Minimum interval time: 10µs (0.125µs resolution)
- Result optimisation by automated tuned filters, gain amplifiers and DC-subtraction
- User selectable floating operation
Software
The Vertex is controlled via Ivium’s own IviumSoft. This versatile, yet intuitive software package allows instrument control, data management and analysis, peripheral instrument control, etc. IviumSoft can also interface with and be controlled from LabVIEWTM, C++, Delphi, etc. A full suite of IviumSoft is included with each instrument as standard.
Overview
Description & features of the product
Specification
Specification of the product
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Reviews about the product
Overview
Instrument
The Ivium Vertex Entry Level Potentiostat with software and 1 MHz Impedance Analyzer (2A/20V) is a versatile entry-level potentiostat which has ±2A / ±20V compliance and optional integrated impedance analyser up to 1MHz.
Automation
The Vertex.20V has a peripheral port to allow external interfacing and compatibility with several Ivium modules (see expandability).
Expandability
The Vertex can optionally be expanded with a True Linear Scan module, Bipotentiostat, and/or FRA/EIS capability. Next to that the Vertex is compatible with other Ivium options and modules, such as the HiMUX and CIM, and several Ivium boosters for higher power requirements.
Hardware
- Automatic current range selection over all available current ranges
- Automatic variable noise filter and potentiostat/galvanostat stability settings
- Simultaneous acquisition of current/potential and peripheral signals
- Real time data display up to 500 pnts/s. Acquisition up to 300,000 pnts/s is stored in instrument memory
- Applicable scanrates: 1µV/s to 10,000V/s
- Minimum interval time: 10µs (0.125µs resolution)
- Result optimisation by automated tuned filters, gain amplifiers and DC-subtraction
- User selectable floating operation
Software
The Vertex is controlled via Ivium’s own IviumSoft. This versatile, yet intuitive software package allows instrument control, data management and analysis, peripheral instrument control, etc. IviumSoft can also interface with and be controlled from LabVIEWTM, C++, Delphi, etc. A full suite of IviumSoft is included with each instrument as standard.
Specifications
Specifications
| Current compliance | ±2A |
| Max output voltage | ± 20 V |
| 4 Electrodes | WE, CE, RE, S |
| Potentiostat Bandwidth | > 500 KHz |
| Stability settings | High Speed, Standard, and High Stability |
| Programmable response filter | 1 MHz , 100 kHz, 10 kHz , 1 kHz , 10 Hz |
| Signal acquisition | Dual channel 16 bit ADC, 100.000 samples/sec |
Potentiostat
| Applied potential range | ±10 V, at 0.333 mV resolution |
| Additional (applied) potential range | ± 20 V, at 0.667 mV resolution |
| Applied potential accuracy | 0.2 % or 2 mV |
| Current ranges | ±10nA to ±100mA in 8 decades |
| Additional current ranges | ±1A |
| Measured current resolution | 0.015 % of current range, minimum 15 pA |
| Measured currency accuracy | 0.2% |
Galvanostat
| Applied current resolution | 0.033 % of applied current range |
| Applied current accuracy | 0.2 % |
| Potential ranges | ±10 mV, ±100 mV, ±1 V, ±10 V |
| Measured potential resolution | 0.003 % of potential range, minimum 0.4µV |
| Measured potential accuracy | 0.2%, or 2mV |
Impedance Analyzer
| Frequency range | 10µHz to 1 MHz |
| Amplitude | 0.015 mV to 1.0 V, or 0.03 % to 100% of current range |
| DC offset | 16 bit dc offset subtraction and 2 dc-decoupling filters |
Special Functions / Electrometer
| Othmic drop compensation | 2 V/current range, 16 bits resolution |
| Input impedance | >1000Gohm //<10 pF |
| Bandwidth | >5 MHz |
Peripheral Connections
| 2 analog in | ±10V, 16 bits res., bandwidth 40kHz |
| 1 analog out | ±10V, 16 bits resolution |
| 1 Digital input, 3 Digital outputs | 0 to +5V |
| 1-out and E-out | analog monitor for cell current and potential |
| AC-out | ±0.5V sinewave, 10JHz-1MHz with var. att |
| Channel-X and Channel-Y inputs | ±4V: to record impedance from peripheral devices |
Environment
| Power requirements | 100-240 V, 50-60 Hz, 2A |
| Interfacing | USB |
| Size w x d x h | 13 x 27 x 4 cm |
| Weight | 2 kg |
| PC requirements | Windows 7/8/10, with free USB port |