. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. COUPLING THE PREPARATION TO THE STIMULATOR electronic stimulators we have discussed so far—as they stand—straight out of court. To reduce the artefact one can either: (1) attempt to balance the bridge by juggling with the ratios of the im- pedances of the y Neither R nor C balanced R balanced, C unbalanced C balanced, R unbalanced R's and C's balanced but time constants unbalanced Everything balanced Figure (2) make the impedances of all the arms as high as possible. Applying
. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. COUPLING THE PREPARATION TO THE STIMULATOR electronic stimulators we have discussed so far—as they stand—straight out of court. To reduce the artefact one can either: (1) attempt to balance the bridge by juggling with the ratios of the im- pedances of the y Neither R nor C balanced R balanced, C unbalanced C balanced, R unbalanced R's and C's balanced but time constants unbalanced Everything balanced Figure (2) make the impedances of all the arms as high as possible. Applying Thevenin's theorem to the bridge, we see that looking into it from the ampli- fier we have its open-circuit , determined by its degree of off-balance, in series with its internal impedance, determined by the impedance of its. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Donaldson, Peter Eden Kirwan. New York, Academic Press
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