Author: admin
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Potentiostat & Rotator Color Codes
Pine Research Instrumentation (Raleigh, NC) is a spin-off company of Pine Instrument Company (Grove City, PA). These two related companies have used two different color coding standards for electrochemical equipment. Since 2007, Pine Research Instrumentation has used the “PRI Standard”, but before 2007, the older “PIC Standard” was used. Both standards are described in detail…
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AFCBP1 Bipotentiostat System
The AFCBP1 bipotentiostat is a “classic” analog bipotentiostat available from Pine Research Instrumentation, Inc. The instrument is “classic” in the sense that it is one of the last potentiostats on the market which still had a full suite of front panel controls and I/O connections that allow it to be used as a stand-alone instrument. The…
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AfterMath Data Organizer Software Knowledgebase
All aspects of the Pine Research software, AfterMath Data Organizer, can be found from links on this knowledgebase page.
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WaveNow and WaveNano: User Guide
Welcome to the User’s Guide for the WaveNow and WaveNano potentiostats offered by Pine Research Instrumentation. These instruments are general purpose potentiostats designed for those researchers and professors who need an affordable instrument suitable for routine electroanalytical methods such as cyclic voltammetry, square-wave voltammetry, differential pulse voltammetry and a variety of other potentiostatic and galvanostatic…
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WaveNow Series Potentiostat/Galvanostat Specifications
WaveNow, WaveNano, and WaveNowxv potentiostat / galvanostat systems are designed to be affordable, portable instruments capable of performing a wide array of electroanalytical techniques. The intended audience for these instruments are those researchers, instructors, and students who use electroanalytical chemistry as a routine tool. While many potentiostat designs feature such impressive specifications as extreme…
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WaveNow, WaveNano, WaveNowXV Quickstart
This article describes a very fast way to test your WaveNow (or WaveNano) potentiostat system. By connecting the potentiostat to a well behaved network of resistors (known as a “Dummy Cell”), the potentiostat circuitry can be tested to assure that it is working properly.