Ext. T A worker is residing inside an air-conditioned cabin in an industrial environment. Temperature regulating section of the cabin is shown in the figure. Gc is the steady-state gain of the...


Ext. T<br>A worker is residing inside an air-conditioned cabin<br>in an industrial environment. Temperature<br>regulating section of the cabin is shown in the figure.<br>Gc is the steady-state gain of the heating/cooling<br>device (controller) built into the cabin, while Gp<br>represents the steady-state gain associated with the thermal characteristics of the worker. H is the<br>gain with which the internal temperature is fed back to the controller. The operating internal<br>temperature (y) of the cabin is allowed to be 30°C at maximum while external temperature can go<br>up to 100°C. How much is the value of H to achieve the required condition with Gc= 3 Gp=2?<br>Cabin T<br>Gp<br>Gc<br>H<br>

Extracted text: Ext. T A worker is residing inside an air-conditioned cabin in an industrial environment. Temperature regulating section of the cabin is shown in the figure. Gc is the steady-state gain of the heating/cooling device (controller) built into the cabin, while Gp represents the steady-state gain associated with the thermal characteristics of the worker. H is the gain with which the internal temperature is fed back to the controller. The operating internal temperature (y) of the cabin is allowed to be 30°C at maximum while external temperature can go up to 100°C. How much is the value of H to achieve the required condition with Gc= 3 Gp=2? Cabin T Gp Gc H

Jun 11, 2022
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