. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. TRANSDUCERS synchronous link are approximately 100, 200 and 600 g-cm. Several receivers may be driven from one transmitter, provided that the total torque transmitted is not excessive. Magslips operating on 50 c/s supplies are commonly wound for 50 V, but units for other frequencies and voltages are available. A very wide range of different windings is available for special purposes, but manu- facturers' literature^" must be consulted for details. Mechanoelectrical rotating transducer
. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. TRANSDUCERS synchronous link are approximately 100, 200 and 600 g-cm. Several receivers may be driven from one transmitter, provided that the total torque transmitted is not excessive. Magslips operating on 50 c/s supplies are commonly wound for 50 V, but units for other frequencies and voltages are available. A very wide range of different windings is available for special purposes, but manu- facturers' literature^" must be consulted for details. Mechanoelectrical rotating transducers It will by now be apparent that all the transmitters of synchronous links are m-e transducers, transforming information about shaft position into electrical form. It will also be apparent that the electrical information is in a most inconvenient form: that of the ratios between three voltages. For example, although the output of one phase of a magshp may be phase- sensitive rectified to give a voltage proportional to the sine of the angle of rotation, it is unusual to use the electrical output of a single m-e transducer as a guide to the position of a shaft. Such transducers, used in pairs, commonly provide information about the difference in position between two shafts, but this will not be discussed here. n rev/sec n rev/sec. Output. 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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