single or repetitive waveforms of up to four differing segments. ⢠scan rates from 1 mV to 10,000 V/s, con tinuously variable. ⢠pulse widths from 0.1 ms to 1000 s.
in the Presence of Noise by Crosscorrelation ... Q of 10. Signal channel Q adjustable from 5 to 25 with calibrated dial (no ... Box 565, Princeton, Î. J., Tel.
PAR" Model 170. Electrochemistry. System. âVersatileâ says it in a word. Our Electrochemistry. System offers all the circuitry and control functions necessary to ...
We'll be happy to include a copy of the paper âRenaissance in Polarographyâ reprinted from Analytical Chemistry and a copy of our bibliography of applications ...
Research-oriented instruments have costly capabilities which may not be benefits in industrial or teaching situations. All too often flexibility in the research ...
Princeton Applied Research Corporationpubs.acs.org/doi/pdf/10.1021/ac50026a792modes (Linear Summation,. E x po n e nt i al,. Normalized) choose the one that best fits your type of signal. â¢. Huge memory of 2048 28-bit wordsâlets you average for h
rope, contact PrincetonApplied Re- search GmbH, D8034 Unterpfaffen- hofen, Waldstrasse 2, West Germany. See us at the. Pacific ConferenceâBooth #19.
tial pulse polarography, stripping analyses, differential pulse stripping analysis and linear sweep voltam- metry. Accessories permit dual cell differential opera-.
Conference on. Analytical .... Model 41 01 ? Write or call today: Princeton Applied Research Corporation. P. O. Box 2565, ... Phone: 609/452-2111. Telex: 84- ...
sensitivity to 0.2 V.Price: $2150. The TDH-9 Waveform Eductor⢠uses a 100 point memory to store, average and reproduce waveforms with dura- tions ranging ...
Multichannel Spectroscopy in the Cost-Effective Environment How to achieve it has been a dilemma since w e introduced the first OMA® in 1 9 7 1 . Research-oriented instruments have costly capabilities which may not be benefits in industrial or teaching situations. All too often flexibility in the research laboratory is confusing in a production situation. In short, the world wants an OMA it doesn't have to play with. It should be easy to operate—have sufficient data storage and manipulation capabilities to do the j o b — b e fully operable using standard
interfaces—and it wouldn't hurt if it were inexpensive. THE 1450 SYSTEM—NOW THE DILEMMA IS RESOLVED.