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General| Type | Potentiostat/Galvanostat |
|---|---|
| Maximum Applied Potential | ±10 V |
| Maximum Applied Current | ±1 A |
| Measured Current Resolution | 1 pA |
| Compliance Voltage | ±12 V |
| Measured Potential Range | ±10 V |
| Potentiostatic Bandwidth | 1 MHz |
| EIS Frequency Range | 10 µHz to 1 MHz |
| Channels | 1 |
| Current Resolution | 1 pA |
| Bandwidth | 1 MHz |
| Software | Gamry Framework |
| Potential Resolution | 300 µV |
| Max Sampling Rate | 1 MS/s |
| Interface | USB |
| Weight | 2.3 kg |
Checks for shipping damage, compliance with safety standards, and reinforced insulation.
Chassis grounding, operation with earth grounded cells, temperature, and ventilation limits.
Handling damaged units, cleaning, service, RF interference, and electrical transients.
Details on CE and RoHS compliance for the instrument.
Overview of the manual's content and introduction to the Interface 1000.
Software compatibility, typical applications, and MultEchem system configurations.
Labeling the front panel and understanding notational conventions used in the manual.
Checking for damage, selecting location, and required computer specifications.
Steps for installing the Gamry Framework software and drivers.
Connecting power, performing initial tests, and USB connection procedures.
Installing the device in Windows and running the Gamry Framework.
Managing instruments, authorization codes, and updating firmware versions.
Steps for DC and AC calibration using dummy cells.
Standard cell connections for potentiostat/galvanostat and ZRA modes.
Connecting cells with membranes separating electrolytes.
Description of front panel elements including power, USB, Cell, and Overload LEDs.
Details on Power In, Chassis Ground, and USB ports on the rear panel.
Interfacing with external devices and synchronizing multiple units.
Simplified diagrams illustrating internal operation and components.
How capacitive cells affect stability and can cause oscillation.
Techniques to enhance the stability of the potentiostat/cell system.
Introduction to low current measurements and equivalent circuit concepts.
Understanding noise sources, capacitance, and leakage impact on accuracy.
Practical advice for designing systems and cells for low current measurements.
Technical specifications for control amplifier and differential electrometer.
Specifications for voltage measurement, current conversion, and environmental conditions.
Potentiostatic, Galvanostatic, and general operational specifications.
Detailed pin assignments and their uses for the cell connector.
Description and pinout for interfacing with external devices.
Functionality and usage of the Sync Port for synchronized operation.
Information on the Monitor Connector for signal output and input.
Statements of compliance with EMC, Low Voltage, and RFI standards.
Certificates confirming compliance with low voltage safety and RFI standards.
Principles of power dissipation and models for heat generation.
Heat considerations for stacked units and Interface Power Hub systems.
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