|
Instrument Database:
Princeton Applied Research - PAR 263 A
| |
|
|
| |
|
| |
|
| Year of introduction |
|
| Status |
|
| Company |
Princeton Applied Research
|
| Categories |
Electrochemistry: Polarography
|
The 263A potentiostat/galvanostat is the ideal system for many laboratories. It is perfect for the budget-conscious researcher who needs high performance. The 263A can be upgraded with many different options as detailed below. This impressive combination of price and performance makes it a tremendous value for today\\\\\\\'s electrochemist or corrosion scientist. The Model 263A is our most versatile potentiostat/galvanostat. It has 200 mA current capability, can be boosted up to 20 Amps, and has a + 8V scanning range. It is capable of being interfaced into an optional impedance system with a frequency response up to 100 kHz. The 263A can be outfitted with a floating option to allow it to be used with earth-grounded working electrodes. The 263A-1 is the version with a blank front panel. Virtual Potentiostat software is supplied with this version to provide a functional front-panel feel. The 263A-2 has a fully-functional front panel. Either unit, when matched with the powerful PowerSUITE® software (sold separately), will be the most versatile instrument in your laboratory.
Features
- Computer-controlled Potentiostat/Galvanostat
- 20 V compliance, 200 mA current output
- 16 V scan range
- Fast data acquisition (30 µs)
- Add value with floating, high current module (2 A), aux. input, controllable front panel options
- Economically priced
Applications
The Model 263A is an ideal box for performing corrosion measurements and general electrochemistry. It is the most popular instrument for universities as it is a very flexible instrument at a great price. With the high-current capability of the 263A, it is able to address applications in the battery, fuel cell, and supercapacitor areas. The 263A/98 Auxiliary Input option provides an external input to the analog-to-digital converter. This lets the researcher interface to ancillary devices such as rotating electrodes, quartz crystal microbalances, and temperature controllers.
|
|
