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VT = 0.344 Determine the parameters below assuming the following biasing conditions; VDsat(5,0.5) = 4.5 VT 0.5 (V) VG 5V IDsat(5,0.5)= 2.33 x 103 Problem 4) Determine IDsat assuming saturation occurs due to pinch-off a) 0.25x10 (A) b) 2.03×10 (A) 2.33x10 (A) 2.85x10° (A) e) None of the above c) Problem 5) Determine IDsat if the MOSFET is velocity saturated at v a 2.59x10 (A) 1.63x10 (A) c) 7.90x10 (A) d) 5.48x10 (A) 5x10 cm/s IDva s,05,5-10). = 2.589 x 10 e) None of the above

VT = 0.344 Determine the parameters below assuming the following biasing conditions; VDsat(5,0.5) = 4.5 VT 0.5 (V) VG 5V IDsat(5,0.5)= 2.33 x 103 Problem 4) Determine IDsat assuming saturation occurs due to pinch-off a) 0.25x10 (A) b) 2.03×10 (A) 2.33x10 (A) 2.85x10° (A) e) None of the above c) Problem 5) Determine IDsat if the MOSFET is velocity saturated at v a 2.59x10 (A) 1.63x10 (A) c) 7.90x10 (A) d) 5.48x10 (A) 5x10 cm/s IDva s,05,5-10). = 2.589 x 10 e) None of the above

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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VT = 0.344 Determine the parameters below assuming the following biasing conditions; VDsat(5,0.5) = 4.5 VT 0.5 (V) VG 5V IDsat(5,0.5)= 2.33 x 103 Problem 4) Determine IDsat assuming saturation occurs due to pinch-off a) 0.25x10 (A) b) 2.03×10 (A) 2.33x10 (A) 2.85x10° (A) e) None of the above c) Problem 5) Determine IDsat if the MOSFET is velocity saturated at v a 2.59x10 (A) 1.63x10 (A) c) 7.90x10 (A) d) 5.48x10 (A) 5x10 cm/s IDva s,05,5-10). = 2.589 x 10 e) None of the above
Transcribed Image Text:VT = 0.344 Determine the parameters below assuming the following biasing conditions; VDsat(5,0.5) = 4.5 VT 0.5 (V) VG 5V IDsat(5,0.5)= 2.33 x 103 Problem 4) Determine IDsat assuming saturation occurs due to pinch-off a) 0.25x10 (A) b) 2.03×10 (A) 2.33x10 (A) 2.85x10° (A) e) None of the above c) Problem 5) Determine IDsat if the MOSFET is velocity saturated at v a 2.59x10 (A) 1.63x10 (A) c) 7.90x10 (A) d) 5.48x10 (A) 5x10 cm/s IDva s,05,5-10). = 2.589 x 10 e) None of the above
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