In the following problem we want to calculate an N-type MOSFET transistorparameters when body is connected to the source. The W/L = 10 for the device,and ignore channel length modulation.Based on triode and saturation equations that you learned in the class, plotdrain current versus drain voltage, when source is grounded and Vgs = 0.5,1, and 3V. Sweep the drain voltage from 0 V to 3 V. This plot is calledOutput characteristics of a transistor. Highlight the point where transistorsregion is switched from triode region into saturation.
In the following problem we want to calculate an N-type MOSFET transistorparameters when body is connected to the source. The W/L = 10 for the device,and ignore channel length modulation.Based on triode and saturation equations that you learned in the class, plotdrain current versus drain voltage, when source is grounded and Vgs = 0.5,1, and 3V. Sweep the drain voltage from 0 V to 3 V. This plot is calledOutput characteristics of a transistor. Highlight the point where transistorsregion is switched from triode region into saturation.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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In the following problem we want to calculate an N-type MOSFET transistor
parameters when body is connected to the source. The W/L = 10 for the device,
and ignore channel length modulation.
Based on triode and saturation equations that you learned in the class, plot
drain current versus drain voltage, when source is grounded and Vgs = 0.5,
1, and 3V. Sweep the drain voltage from 0 V to 3 V. This plot is called
Output characteristics of a transistor. Highlight the point where transistors
region is switched from triode region into saturation.
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