Question

9:08 AM Sun 3 Dec Date: 3.12.2023 Date of submission: 10.12.2023 elearn.utas.edu.om Assignment Total Marks: 10 VPN 87% 1. Design a E-MOSFET with proper $R_1$, $R_2$ and $R_D$ values and determine its $V_{GS}$ and $V_{DS}$. Assume $I_D(on) = 200$ mA at $V_{GS} = 4$ V and $V_{GS(th)} = 2$ V. (3 marks) $V_{DD}$ $R_D$ $R_1$ $R_2$ 2. Design a self-bias p-channel JFET with proper $I_{DSS}$, $V_{GS(off)}$ and $V_{GS}$ values and find the value of $R_S$ of the designed JFET device. (3 marks) 3. Design an op amp inverting amplifier with proper feedback and input resistors and find the closed loop voltage gain. (2 marks) 4. Design an op amp non-inverting amplifier with proper feedback and input resistors and find the closed loop voltage gain. (2 marks) Action taken for the Late Submission of the assignment

          9:08 AM Sun 3 Dec
Date: 3.12.2023
Date of submission: 10.12.2023
elearn.utas.edu.om
Assignment
Total Marks: 10
VPN 87%
1. Design a E-MOSFET with proper $R_1$, $R_2$ and $R_D$ values and determine its $V_{GS}$ and $V_{DS}$. Assume $I_D(on) = 200$ mA at
$V_{GS} = 4$ V and $V_{GS(th)} = 2$ V.
(3 marks)
$V_{DD}$
$R_D$
$R_1$
$R_2$
2. Design a self-bias p-channel JFET with proper $I_{DSS}$, $V_{GS(off)}$ and $V_{GS}$ values and find the value of $R_S$ of the designed
JFET device.
(3 marks)
3. Design an op amp inverting amplifier with proper feedback and input resistors and find the closed loop voltage
gain.
(2 marks)
4. Design an op amp non-inverting amplifier with proper feedback and input resistors and find the closed loop
voltage gain.
(2 marks)
Action taken for the Late Submission of the assignment

9:08 AM Sun 3 Dec
Date: 3.12.2023
Date of submission: 10.12.2023
elearn.utas.edu.om
Assignment
Total Marks: 10
VPN 87%
1. Design a E-MOSFET with proper R1, R2 and RD values and determine its VGS and VDS. Assume ID(on) = 200 mA at
VGS = 4 V and VGS(th) = 2 V.
(3 marks)
VDD
RD
R1
R2
2. Design a self-bias p-channel JFET with proper IDSS, VGS(off) and VGS values and find the value of RS of the designed
JFET device.
(3 marks)
3. Design an op amp inverting amplifier with proper feedback and input resistors and find the closed loop voltage
gain.
(2 marks)
4. Design an op amp non-inverting amplifier with proper feedback and input resistors and find the closed loop
voltage gain.
(2 marks)
Action taken for the Late Submission of the assignment

Added by Alejandro F.

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