[6pts] There are six parts. Use the first circuit diagram for the first three parts and the second circuit diagram for t

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answerhappygod
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[6pts] There are six parts. Use the first circuit diagram for the first three parts and the second circuit diagram for t

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6pts There Are Six Parts Use The First Circuit Diagram For The First Three Parts And The Second Circuit Diagram For T 1
6pts There Are Six Parts Use The First Circuit Diagram For The First Three Parts And The Second Circuit Diagram For T 1 (41.97 KiB) Viewed 19 times
[6pts] There are six parts. Use the first circuit diagram for the first three parts and the second circuit diagram for the last three parts. In each case, determine the mode (cutoff "C", saturation "S", or triode "T"), then compute the values of VD. Vs, and i. a. Consider the diagram to the right, with V₁ = 2.2V, K = 0.45mA/V², VG = 3V₁ | V₁l = 0.6V, and R = 2.4kQ. mode = VD= b. Now, use V₁ = 4.4V, K = 0.48mA/V², VG = 0.4V₁ | VÃ| = 0.8V, and R = 3.6kQ. mode = VD= i = c. Finally, use V₁ = 2.1V, K = 0.5mA/V², VG = 0.68V, | VȚl = 0.7V, and R = 3.2kQ. mode= VD= mode = i= d. Consider the diagram to the right, with V₁ = 3.8V, K = 0.52mA/V², VG=0.56V₁ | V| = 0.7V, and R = 1.5kQ. VD= f. Finally, use V₁ = 2.2V, K = 0.48mA/V², VG = 2V₁ |V₂| = 0.8V, and R = 5.6kQ. mode= Vs= i= e. Now, use V₁ = 3.4V, K = 0.45mA/V², VG = 0.64V, | Vμl = 0.6V, and R = 3.21Q. mode = VD= i= VG VG Ꭱ . V₁ Ꭱ . →→→
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