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FIGURE 21: This conceptual model shows the basics of how a dryer works. electrical energy desired Time heat actual timer clothes dryness (Input) error (Process) sensor heating elements (Output) feedback loop

FIGURE 21: This conceptual model shows the basics of how a dryer works. electrical energy desired Time heat actual timer clothes dryness (Input) error (Process) sensor heating elements (Output) feedback loop

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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How does the sensor interact with the other components of the system. (Diagram is shown and pick one letter)
**FIGURE 21: Conceptual Model of Dryer Operation** This figure illustrates the basic working principles of a dryer through a conceptual model. It integrates several components and demonstrates the workflow to achieve the drying process. 1. **Input:** The desired drying time is set, and electrical energy is supplied to the timer. 2. **Timer:** This component is responsible for controlling the duration of the drying cycle. It receives the desired time and electrical energy. 3. **Heating Elements:** The timer directs electrical energy to the heating elements, generating heat. 4. **Clothes:** The heat produced by the heating elements is applied to the clothes. This stage involves the actual drying process, where moisture is removed from the clothes. 5. **Actual Dryness:** The end result is the "actual dryness" of the clothes, indicating how dry the clothes are post-process. 6. **Sensor:** The sensor measures the actual dryness level of the clothes and detects any deviation or error from the desired dryness level. 7. **Feedback Loop:** The sensor sends error information back to the timer, adjusting the drying process iteratively until the desired dryness is achieved. This closed-loop feedback system ensures that the clothes are dried to the correct level of dryness efficiently.
Transcribed Image Text:**FIGURE 21: Conceptual Model of Dryer Operation** This figure illustrates the basic working principles of a dryer through a conceptual model. It integrates several components and demonstrates the workflow to achieve the drying process. 1. **Input:** The desired drying time is set, and electrical energy is supplied to the timer. 2. **Timer:** This component is responsible for controlling the duration of the drying cycle. It receives the desired time and electrical energy. 3. **Heating Elements:** The timer directs electrical energy to the heating elements, generating heat. 4. **Clothes:** The heat produced by the heating elements is applied to the clothes. This stage involves the actual drying process, where moisture is removed from the clothes. 5. **Actual Dryness:** The end result is the "actual dryness" of the clothes, indicating how dry the clothes are post-process. 6. **Sensor:** The sensor measures the actual dryness level of the clothes and detects any deviation or error from the desired dryness level. 7. **Feedback Loop:** The sensor sends error information back to the timer, adjusting the drying process iteratively until the desired dryness is achieved. This closed-loop feedback system ensures that the clothes are dried to the correct level of dryness efficiently.
### Question: How does the sensor interact with the other components of this system? - **a.** The sensor detects the heat of the clothes and makes the timer generate more heat. - **b.** The sensor detects the dryness of the clothes and then sends information to the timer. - **c.** The sensor detects whether the heating element is functioning properly and then sends input to the timer. - **d.** The sensor detects how much time is left and sends input to the heating element to increase or decrease the heat.
Transcribed Image Text:### Question: How does the sensor interact with the other components of this system? - **a.** The sensor detects the heat of the clothes and makes the timer generate more heat. - **b.** The sensor detects the dryness of the clothes and then sends information to the timer. - **c.** The sensor detects whether the heating element is functioning properly and then sends input to the timer. - **d.** The sensor detects how much time is left and sends input to the heating element to increase or decrease the heat.
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