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Advances in Biomedical Engineering. Volume 6 by J.H.U. Brown, James Francis Dickson

By J.H.U. Brown, James Francis Dickson

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Extra resources for Advances in Biomedical Engineering. Volume 6

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Complete electrical tests are performed after final sealing. Section summary. The paramount importance of monolithic integrated circuits in electronics is due to the fact that they offer markedly improved performance, higher reliability, and smaller size and weight, all at lower cost compared with alternative methods. The advantages of integrated circuits stem from one underlying source—their method of manufacture or fabrica­ tion technology. The many elements of each functional monolithic circuit are produced simultaneously, through a complex sequence of chemical and physical processes, in the exact local environment in which they will ulti­ mately be used.

For screening purposes, what is needed is a sensitive measurement of near normal pulmo­ nary function. However, as stated earlier, in normals only two mechanical parameters can be resolved by conventional techniques (airway resistance and thoracic gas volume), and it is unlikely that very many additional param­ eters can be extracted with any degree of confidence. Also, for patient ap­ plications, body plethysmograph data are usually not obtained on patients with advanced lung disease, due to the rather strenuous panting maneuver required.

Its chief purposes are to reduce the body resistance of the collector region of the NPN transistor and to reduce the current transport ratio of the parasitic PNP transistor formed by the base and collector regions (of the NPN transistor) and the substrate. For simplicity the schematic drawings of Fig. 3 illustrate the key steps in the fabrication of a monolithic N P N transistor alone. In addition, lateral P N P transistors, diodes, resistors, and capacitors can be fabricated simul­ taneously with NPN transistors (Ghandhi, 1969).

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