Ivium All-Round Potentiostat/Galvanostat with Impedance Analyzer Vertex.C.EIS (350mA/13V/1MHz)
The Vertex.C is an all-round potentiostat/galvanostat/ZRA with FRA/EIS (not available as a DC-only instrument). Its low cost and wide specifications result in a versatile single-channel instrument, and multiple instruments are an attractive alternative to a multi-channel solution. The cell is connected with our standard shielded cell cable via the HD15 cell connector. The Vertex.C is capable of all standard electrochemical techniques and includes a complete suite of IviumSoft control and data processing software (for Windows based PCs).
Wide application range
The robust design, the wide specification range, the floating operation, and the availability of a wide range of electrochemical techniques makes the Vertex.C ideal for many applications, including:
- educational
- basic electrochemistry
- batteries
- corrosion
- sensors
Expandability
The Vertex.C is supplied with FRA/EIS capability. The instrument can also be expanded with integrated Bipotentiostat and/or True Linear Scan module (contact Ivium/your local distributor for details).
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: 3.33µs (0.125µs resolution)
- Result optimisation by automated tuned filters, gain amplifiers and DC-subtraction
- User selectable floating operation
Software
The Vertex.C is controlled via Ivium’s own IviumSoft. This versatile, yet intuitive software 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 as standard with each instrument.
Overview
Description & features of the product
Specification
Product Enquiry
Reviews
Overview
The Vertex.C is an all-round potentiostat/galvanostat/ZRA with FRA/EIS (not available as a DC-only instrument). Its low cost and wide specifications result in a versatile single-channel instrument, and multiple instruments are an attractive alternative to a multi-channel solution. The cell is connected with our standard shielded cell cable via the HD15 cell connector. The Vertex.C is capable of all standard electrochemical techniques and includes a complete suite of IviumSoft control and data processing software (for Windows based PCs).
Wide application range
The robust design, the wide specification range, the floating operation, and the availability of a wide range of electrochemical techniques makes the Vertex.C ideal for many applications, including:
- educational
- basic electrochemistry
- batteries
- corrosion
- sensors
Expandability
The Vertex.C is supplied with FRA/EIS capability. The instrument can also be expanded with integrated Bipotentiostat and/or True Linear Scan module (contact Ivium/your local distributor for details).
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: 3.33µs (0.125µs resolution)
- Result optimisation by automated tuned filters, gain amplifiers and DC-subtraction
- User selectable floating operation
Software
The Vertex.C is controlled via Ivium’s own IviumSoft. This versatile, yet intuitive software 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 as standard with each instrument.
