Metal Oxide Semiconductor Field Effect Transistor (MOSFET) is another category of Field -Effect Transistor (FET). ) Describe the operation of Depletion MOSFET. Describe the operation of Enhancement MOSFET.

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Metal Oxide Semiconductor Field Effect Transistor (MOSFET) is another category of
Field -Effect Transistor (FET).
i)
Describe the operation of Depletion MOSFET.
Describe the operation of Enhancement MOSFET.
The datasheet for an E-MOSFET reveals that Ipton) = 10 mA at Ves =- 4V, and
V es(en) = - 5V. Find Ip when Vas =- 8 V.
b)
c)
lustrate the symbols for n - channel and p- channel JFET.
d)
Referring to Figure 2 for the Q-point for fixed bias configuration.
Transfer Curve l,
(Shockley
equation)
Self Bias line
Vas
Figure 2
Find the Q- point for an n - channel JFET self bias amplifier circuit with the
following values: Vpp = 20 V, R, = 2.4 ka, R, - 680 A and Re = 1 MA. Given
Ioss - 8 mA and Vastotn * - 6 V.
Plot the transfer characteristic curve.
Transcribed Image Text:Metal Oxide Semiconductor Field Effect Transistor (MOSFET) is another category of Field -Effect Transistor (FET). i) Describe the operation of Depletion MOSFET. Describe the operation of Enhancement MOSFET. The datasheet for an E-MOSFET reveals that Ipton) = 10 mA at Ves =- 4V, and V es(en) = - 5V. Find Ip when Vas =- 8 V. b) c) lustrate the symbols for n - channel and p- channel JFET. d) Referring to Figure 2 for the Q-point for fixed bias configuration. Transfer Curve l, (Shockley equation) Self Bias line Vas Figure 2 Find the Q- point for an n - channel JFET self bias amplifier circuit with the following values: Vpp = 20 V, R, = 2.4 ka, R, - 680 A and Re = 1 MA. Given Ioss - 8 mA and Vastotn * - 6 V. Plot the transfer characteristic curve.
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