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4.11. Identify the source, drain, gate, and bulk terminals and find the current I in the transistors in Fig. P4.11. Assume VTN = 0.70 V.

4.11. Identify the source, drain, gate, and bulk terminals and find the current I in the transistors in Fig. P4.11. Assume VTN = 0.70 V.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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**Exercise 4.11** **Task:** Identify the source, drain, gate, and bulk terminals and find the current \( I \) in the transistors in Figure P4.11. Assume \( V_{TN} = 0.70 \, \text{V} \). **Figure P4.11 Details:** This figure includes two diagrams labeled (a) and (b), each representing a MOSFET transistor circuit. - **Diagram (a):** - The transistor is connected as follows: - Gate: +0.2 V - Source: Connected to +5 V - Drain: Grounded - \( W/L = 10/1 \) (Width-to-Length ratio of the transistor) - The current \( I \) flows from the grounded drain. - **Diagram (b):** - The transistor is connected as follows: - Gate: -0.2 V - Source: Connected to +5 V - Drain: Grounded - \( W/L = 10/1 \) (Width-to-Length ratio of the transistor) - The current \( I \) flows from the grounded drain. **Explanation:** In both circuit diagrams, the transistors are depicted with specific gate-source voltage conditions. The circuits are used to determine how these voltages affect the current \( I \) flowing through the drain, considering the given threshold voltage \( V_{TN} = 0.70 \, \text{V} \). The \( W/L \) ratio indicates the relative dimensions of the transistor, affecting its operating characteristics.
Transcribed Image Text:**Exercise 4.11** **Task:** Identify the source, drain, gate, and bulk terminals and find the current \( I \) in the transistors in Figure P4.11. Assume \( V_{TN} = 0.70 \, \text{V} \). **Figure P4.11 Details:** This figure includes two diagrams labeled (a) and (b), each representing a MOSFET transistor circuit. - **Diagram (a):** - The transistor is connected as follows: - Gate: +0.2 V - Source: Connected to +5 V - Drain: Grounded - \( W/L = 10/1 \) (Width-to-Length ratio of the transistor) - The current \( I \) flows from the grounded drain. - **Diagram (b):** - The transistor is connected as follows: - Gate: -0.2 V - Source: Connected to +5 V - Drain: Grounded - \( W/L = 10/1 \) (Width-to-Length ratio of the transistor) - The current \( I \) flows from the grounded drain. **Explanation:** In both circuit diagrams, the transistors are depicted with specific gate-source voltage conditions. The circuits are used to determine how these voltages affect the current \( I \) flowing through the drain, considering the given threshold voltage \( V_{TN} = 0.70 \, \text{V} \). The \( W/L \) ratio indicates the relative dimensions of the transistor, affecting its operating characteristics.
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