Finally, the simulated Gain Margin (GM) and Phase Margin (PM) graphs for yourdesigned circuit in Figure 2, as depicted in Figure 3. Validate your design stabilitycondition based on the graphs. V(vo)45dB-36dB-27dB-18dB-9dB-OdB--9dB--18dB--27dB--36dB--45dB--54dB-0.4MHZ,33.0dB4MHZ,13.9dB.40MHZ.-8.9dB400MHZ,-39.1dBV(vo)0°-30°-60°-90°0.4MHZ,-64°-120°4MHZ-94-150°400MHZ-238F-180°F-210°-240°+-270°1GHZ4OMHZ,-146"10KHZ100KHZ1MHZ10MHZ100MHZ M3M4VoutM,|M21.8 VVin1Vin2)0.2 mA

The simulated gain margin and phase margin graphs are given in the circuit. We need to validate the…

Answered: Finally, the simulated Gain Margin (GM)…

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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Question

Finally, the simulated Gain Margin (GM) and Phase Margin (PM) graphs for your
designed circuit in Figure 2, as depicted in Figure 3. Validate your design stability
condition based on the graphs.

V(vo)
45dB-
36dB-
27dB-
18dB-
9dB-
OdB-
-9dB-
-18dB-
-27dB-
-36dB-
-45dB-
-54dB-
0.4MHZ,33.0dB
4MHZ,13.9dB.
40MHZ.-8.9dB
400MHZ,-39.1dB
V(vo)
0°
-30°
-60°
-90°
0.4MHZ,-64°
-120°
4MHZ-94
-150°
400MHZ-238F-180°
F-210°
-240°
+-270°
1GHZ
4OMHZ,-146"
10KHZ
100KHZ
1MHZ
10MHZ
100MHZ

M3
M4
Vout
M,
|M2
1.8 V
Vin1
Vin2
)0.2 mA

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